Vintage airship. Airship USSR-V6 on the mooring mast

Original taken from jurashz in Airships of the USSR


Even at the very beginning of airship construction in Russia, local engineers and designers correctly identified the role of aeronautics. Based on this, they did not intend to build expensive and huge combat airships, which increasingly entertained ordinary people with grandiose conflagrations in the sky. In Russia it was believed that airships should have a soft, or at least semi-rigid, structure and at the same time cost as little as possible. In Russia, airships were assigned a purely peaceful role; for example, they could deliver goods to remote settlements. After the First World War, new disasters came to our country in the form of revolution and the subsequent civil war. But they could not stop progress and airship construction.


Aeronautics in Soviet Russia, and only for peaceful purposes, began its revival already in 1920. First, the USSR carried out work and experiments on restoring old Russian airships, and then they began designing their own models. In the late 20s and early 30s of the last century, airships still played a role in the development of Siberia, but later they were finally forced out of the sky by airplanes. The 20th century was the century of aviation.



The first attempt to revive controlled aeronautics in the country of the Soviets was made in 1920. An analysis of equipment and parts of old airships inherited from the Russian Empire showed that the shell of the Astra airship was in the best condition at that time, so a decision was made to work on its restoration. After the production of individual elements of the mechanical part and a new suspension, in the fall of 1920 in the village of Salizi (near Petrograd), the aeronautical detachment began work on assembling the airship, which was renamed the “Red Star”.

This work ended in mid-November; on November 23, the shell of the airship was filled with gas, and on January 3, 1921, it made its first flight. In total, this airship performed 6 flights, the total duration of which was about 16 hours.



Airship "VI October"

The second Soviet airship was the VI October, which was built in 1923 by students of the Higher Aeronautical School located in Petrograd. The airship was built according to the type of English naval reconnaissance aircraft and was made from scrap materials. In particular, its 1,700 cc shell volume. meters was sewn from the shells of old tethered balloons. The total length of the airship was 39.2 m, diameter - 8.2 m, power plant power 77 kW. The airship made its first flight on November 27, 1923; it lasted about 30 minutes. On November 29, the airship took to the skies for the second time, this time the flight lasted 1 hour and 20 minutes, during the flight it reached an altitude of 900 meters. After this, flights of the airship "VI October" were stopped due to the very high gas permeability of the shell.

In 1923, a special Air Center was created under the Society of Friends of the USSR Air Fleet, whose tasks included promoting the development of airship construction in Soviet Russia. After some time, the Air Center was renamed the air section of Osoaviakhim of the USSR. Already in the fall of 1924, the construction of another soft airship called the “Moscow Rubber Chemist” (MHR) was completed here. Its name indicated that it was made with funds from workers in the chemical industry of Moscow and the Moscow region. The auto industry of the project for this airship was N.V. Fomin.


Airship "Moscow rubber chemist"

The MHR airship had a shell volume of 2,458 cubic meters. meters, its length was 45.4 m, diameter - 10.3 m. The engine power was 77 kW, and the maximum flight speed was 62 km/h. This airship could lift up to 900 kg into the sky. payload. The airship made its first flight on June 16, 1925, under the control of V.L. Nizhevsky, the airship spent 2 hours 5 minutes in the air. This airship was in operation until the fall of 1928, while it was modernized and rebuilt several times. In total, the Moscow Rubber Chemist made 21 flights, flying a total of 43 hours and 29 minutes.

Simultaneously with the cessation of operation of the MHR airship, almost all flight training work in the country stopped. For this reason, at the call of the printed publication Komsomolskaya Pravda, fundraising began for the construction of a new airship. Work on its production was carried out by students of the Higher Aeromechanical School, and N.V. Fomin supervised the work. In order to speed up the construction of the new airship, it was decided to make maximum use of the MHR project with the introduction of a number of changes to it. The new airship was named "Komsomolskaya Pravda".



Airship "Komsomolskaya Pravda"

On July 25, 1930, the completed airship was filled with gas and made its first flight on August 29. The commander of the ship was E.M. Oppman. Already on August 31, 1930, Komsomolskaya Pravda flew over Moscow for the first time. In total, in 1930, the airship managed to make 30 flights, and the next year another 25. These training and propaganda flights had a very great importance to accumulate experience in operating airships and training aeronautics personnel.

On April 25, 1931, the Council of Labor and Defense adopted the Resolution “On the creation of a Base for Experimental Construction and Operation of Airships” /BOSED/ in the Civil Air Fleet, later renamed the Research and Development Plant “Dirizhablestroy”. The whole country followed his labor successes; the whole nation took part in the creation of the first domestic airships. A call was made: “Give me a squadron of Soviet airships,” and slogans rang out all over the country: “Save a penny, put it in the national piggy bank for the construction of airships.” In two years, 25 million rubles were collected.

This organization was supposed to unite the efforts of different groups of specialists working in this field, as well as engage in the planned deployment of work in the field of design and subsequent construction of Soviet airships. The organization also had to devote time to conducting scientific research on aeronautical topics and improving the methods of operating airships.


Sinka - aircraft DP-4 (USSR B6), from the archives of Dirigiblestroy.

The first Soviet airship assembled at Dirigablestroy was the USSR V-3 airship, which belonged to the type of soft airships and was used as a training and propaganda ship. The design of this airship was created at the Dirigablestroy design bureau, the gondola was built in its own workshops, and the shell was built at the Kauchuk plant.

The airship made its first flight from Leningrad to Moscow. On November 7, 1932, the airship took part in the parade on Red Square in Moscow.

The crews of the first Soviet airships consisted of young aeronauts who were in love with their profession, enthusiasts and patriots, brave and determined people. They built airships and flew their creations. Despite all the technical difficulties and shortcomings, they strived to “fly farthest, highest and fastest.”

After mastering the construction of soft airships, the famous designer of Italian semi-rigid airships, Umberto Nobile, was invited to provide technical assistance in the design and operation of semi-rigid airships.

In May 1932, together with a group of designers and experienced workers, General Umberto Nobile arrived in the city of Dolgoprudny. Before that, he twice flew to the North Pole on the airships Norway and Italy. On the way back, the Italia crew found itself in a storm zone. The airship became icy, lost altitude and hit a huge hummock with force. The gondola broke away from the hull and fell onto the ice. Soviet icebreakers took part in rescuing the expedition, one of which was the Krasin, which picked up a group of five people. Umberto Nobile himself was taken out by a Swedish pilot.

A total of 9 Italian specialists arrived. Their contract was for 3 years, during which time it was supposed to train 8 Soviet specialists and design new models of airships.

Already in 1932 new organization released 3 soft airships - USSR V-1, USSR V-2 "Smolny" and USSR V-3 "Red Star", which were mainly intended for training and propaganda flights, as well as gaining experience in using airships in the national economy. The minimum volume of the B-1 airship was 2,200 cubic meters. meters, airships B-2 and B-3 5,000 and 6,500 cubic meters. meters respectively. The airships also differed from each other in their engines, while having the same type of design. The shell of all three airships was made of three-layer rubberized material and had an internal partition that divided the volume into 2 equal parts. This partition made it possible to reduce the flow of gas along the shell when the aircraft was trimmed.



Airship USSR V-2

These three airships carried out a series of successful flights along the routes Leningrad - Moscow - Leningrad, Moscow - Gorky - Moscow, Moscow - Kharkov, etc. All three airships, as well as the USSR B-4 that joined them, passed on November 7 in the wake column over Krasnaya area. In terms of their flight characteristics, the Soviet airships B-2 and B-3 were almost as good as their foreign analogues of this class. All this suggests that despite little experience and the lack of a sufficient number of qualified specialists, by 1933 the USSR was able to fully master the technology of designing, manufacturing and operating soft airships.

One is associated with the USSR B-2 Smolny airship interesting case. On September 6, 1935, the airship, located at the Stalino airfield (Donbass), was torn from its bivouac by an incoming squall. At the same time, all 60 corkscrew anchors that held it were torn out of the ground. The airship commander N.S. Gudovantsev, who grabbed one of the cables, was able to reach the gondola at an altitude of 120 meters, in which at that moment there were 4 crew members and 11 pioneer excursionists. At an altitude of 800 meters the engines were started. After that, after waiting out unfavorable weather conditions in the air, the airship landed safely after 5 hours and 45 minutes. For this heroic act Gudovantsev was awarded the Order of the Red Star.


Airship USSR V-5

Already at the end of February 1933, the first semi-rigid airship in the USSR, the B-5, was ready. On April 27, 1933, he took off for the first time. This airship had a relatively small sizes, its volume was only 2,340 cubic meters. meters. This was explained by the fact that the USSR V-5 was conceived as a semi-rigid airship, intended for practical acquaintance of Soviet designers with the Italian semi-rigid system, as well as to identify the difficulties that the USSR could encounter in the production of a larger airship. In addition, it was planned to conduct training for ground personnel and pilots on the B-5.

In May 1933, after passing a series of state acceptance tests, which were considered successful, the B-5 was accepted into the civil air fleet. In 1933, he made more than a hundred flights, which proved that this airship has a set of good stability characteristics and is also controllable in the entire range of weather conditions encountered. The experience gained during its construction and operation became the basis for the construction of the largest airship in the USSR, the B-6 Osoaviakhim.

Cylinder workshop. Folding the airship shell. 1935

The crowning glory of Soviet airship construction was, obviously, the USSR-V-6. Eighteen thousand “cubes” of hydrogen, original design; in the front part there was a suspended passenger cabin, capable of accommodating a flight person, and in the rear part, in a triangle, there were three small engine nacelles.

According to the Dirigiblestroy plan, the first air line on airships was supposed to connect Moscow with Murmansk. For this purpose, they were going to build a mooring mast in Petrozavodsk, and a hangar and gas facilities in Murmansk. But this and other air lines never appeared due to the lack of bases for storing and supplying airships: there were hangars only in Dolgoprudny and near Gatchina.

Weighing the shell of the airship USSR-V6. 1935

The design of the USSR V-6 was based on the Italian airship of the N-4 type, with a number of improvements introduced into its design. The volume of the airship was 18,500 cubic meters. meters, length - 104.5 m, diameter - 18.8 m. Assembly of the airship lasted for 3 months. As a comparison, it can be noted that in Italy the construction of airships of similar sizes at more equipped airship-building bases took 5-6 months.

Back in 1934, the USSR V-6 was going to be used for flights between Moscow and Sverdlovsk. In the fall of 1937, a test flight took place, in which twenty people took part. An admiring correspondent for the Pravda newspaper wrote that a brilliant future was opening up for this wonderful mode of transport. Nobile especially noted Pankov’s good leadership qualities.

On September 29, 1937, the USSR B-6 took off with the goal of setting a world record for flight duration. The crew consisted of sixteen people, replacing each other every eight hours. There are 5700 liters of gasoline on board.

For 20 hours the airship moved on a given course, then due to bad weather- in the direction of the wind. We flew over Kalinin, Kursk, Voronezh, then over Novgorod, Bryansk, Penza, and again over Voronezh. On October 4, the airship landed in Dolgoprudny, staying in the air without landing for 130 hours and 27 minutes! The previous achievement - 118 hours 40 minutes - was achieved by Zeppelin LZ-72, which was more than three times larger in volume than Osoaviakhim.

The airship had to overcome strong headwinds, travel through torrential rains, and through fog. "USSR V-6", built entirely from domestic materials, withstood this with honor the most difficult test, and the aeronaut pilots demonstrated extraordinary flying skills.

In 1924, a state monopoly on helium was introduced. And just two years later, members of the expedition of the Geological Committee A. Cherepennikov and M. Vorobyov discovered gas outlets in the Ukhta River basin.

The government bodies of the USSR paid increased attention to this problem, since helium acquired strategic importance at that time due to the sharp expansion of its use in the military field - airship construction and underwater work. In 1931, a commission of the Politburo of the All-Union Communist Party of Bolsheviks, with the participation of Stalin, discussed issues of development of the North, including those related to the search for helium-bearing gases. A year later, a meeting on helium was held at the USSR State Planning Committee, chaired by V. Kuibyshev. At the same time, practical steps were taken to search for helium deposits. The head of the Ukhtokombinat, Y. Moroz, reported to the Komi Regional Committee of the All-Union Communist Party of Bolsheviks: “When drilling for oil in 1932 in the Verkhnyaya Chuti area with a well

The shell of the USSR-V6 airship is taken out of the workshop into the boathouse 1934

No. 25, a powerful accumulation of natural gas with a helium content of up to 0.45% was discovered in the oil-bearing formation...” The discovery of helium gave rise to the leadership of Komi to declare the need to organize the extraction and partial processing of this gas in the Ukhta region.
In 1935, the Council of People's Commissars of the USSR decided to build a helium plant with a capacity of 50 thousand cubic meters per year near the village of Krutaya, Ukhtinsky district, on the basis of the Sediel gas field.

And now RI ends and AI begins.

In February 1938, the airship "USSR V-6" turned out to be the only device capable of quickly reaching Papanin's polar explorers in distress and, hovering over the ice floe, lifting people and equipment.

Based on the results of the operation, the RKKF became interested in the airship. The Dolgoprudnensky plant was issued technical specifications for a patrol airship for the fleet, capable of performing the functions of a reconnaissance aircraft and a heavy bomber if necessary. In April 1940, the airship "USSR B-13" "White Fluffy" made its first flight. By June 22, 1941, the RKKF Air Force already had three similar devices.


Airship USSR V-6

Osoaviakhim made its first flight on November 5, 1934, Nobile himself flew the machine, the flight duration was 1 hour 45 minutes. Subsequent flights proved its high performance characteristics.

The passenger capacity of the airship was 20 people, the payload was 8,500 kg, the maximum speed was 113 km/h, the maximum flight range with a full load was 2,000 km. All this made it possible to consider the B-6 as the first Soviet airship that could carry out specific national economic tasks. Using this airship, the USSR planned to open the first long-distance passenger air lines.

Convincing proof of the B-6's suitability for long-distance passenger transportation was the world record flight duration of 130 hours and 27 minutes. However, these plans were not destined to come true. In February 1938, the airship crashed during a training flight to Petrozavodsk, killing 13 of its 19 crew members.

B-7, landing on water

Simultaneously with the B-6, the USSR B-7 airship was built in the USSR, named “Chelyuskinets”, its volume was 9,500 cubic meters. meters. It made its first flight in 1934. In 1935, a similar airship was built, designated V-7bis, and the following year the USSR V-8 with a volume of 10,000 cubic meters. meters. In addition, Dirigablestroy worked on a project for a semi-rigid airship with impressive parameters - a volume of 55,000 cubic meters. meters, length - 152 m, diameter - 29 m, cruising speed - 100 km/h, range - up to 7,000 km. In addition, the plans included the production of 2 high-altitude semi-rigid airships with volumes of 29,000 and 100,000 cubic meters. meters respectively. However, after the B-8, not a single semi-rigid airship was built in the USSR.


Airship "Pobeda"


Subsequently, the USSR built 4 more soft-design airships V-10, V-12, V-12 bis "Patriot", as well as the airship "Pobeda".

The Red Army Air Force also received airships. So, four airships took part in supporting the combat operations of the Red Army - “USSR V-1”, “USSR V-12”, “Malysh” and “Pobeda”, despite the fact that the last three devices were built at the Dolgoprudny airship plant (+ another piece former plant, but still builds airships) in general, during the war years - B-12 (2940 m³) in 1942 (according to other sources - reassembly of the 1939 machine, dismantled in 1940), and "Pobeda" (5000 m³) and "Baby" - in 1944.

At the same time, airships solved several different problems, one of the most important was the transportation of hydrogen, so to speak, “in kind”, because the hydrogen used in barrage balloons was extremely inconvenient for transportation - it flatly refuses to liquefy without extreme conditions, and compression does not give a significant effect - required very heavy cylinders, - and as a result, to launch just one balloon you need to make more than one or two flights with a semi-truck. You can, of course, extract hydrogen from water using banal electrolysis, but it’s good when a power source is at hand, and what if not? You can't get away with petrol generators...

in the Cylinder Shop of "Dirizhablestroy". 1935, The airship shell is made of three layers of rubberized fabric (percale) coated with aluminum paint. The weight of 1 sq.m of this material is about 340 grams.

So: The airships transported 194,580 cubic meters of hydrogen and 319,190 kilograms of various cargo. In total, during the Second World War, Soviet airships performed more than 1,500 flights. So, in 1943-44. The airship "USSR V-12" made 969 flights with a total duration of 1284 hours. In 1945, the airships "USSR V-12" and "Pobeda" performed 216 flights with a total duration of 382 hours. One flight of the airship with associated cargo was enough to refuel 3-4 barrage balloons.

In 1933-1944, airships worked hard to transport hydrogen to numerous points. Well, and along the way, airships solved the problem of transporting small cargoes - and, in fact, for free; they also need additional ballast for transporting gas? Needed. So they loaded up with whatever they had to.

After the war, it was used quite successfully to search for sunken ships and uncleared mines.

Even at the very beginning of airship construction in Russia, local engineers and designers correctly identified the role of aeronautics. Based on this, they did not intend to build expensive and huge combat airships, which increasingly entertained ordinary people with grandiose conflagrations in the sky. In Russia it was believed that airships should have a soft, or at least semi-rigid, structure and at the same time cost as little as possible. In Russia, airships were assigned a purely peaceful role; for example, they could deliver goods to remote settlements. After the First World War, new disasters came to our country in the form of revolution and the subsequent civil war. But they could not stop progress and airship construction.

Aeronautics in Soviet Russia, and only for peaceful purposes, began its revival already in 1920. First, the USSR carried out work and experiments on restoring old Russian airships, and then they began designing their own models. In the late 20s and early 30s of the last century, airships still played a role in the development of Siberia, but later they were finally forced out of the sky by airplanes. The 20th century was the century of aviation.



The first attempt to revive controlled aeronautics in the country of the Soviets was made in 1920. An analysis of equipment and parts of old airships inherited from the Russian Empire showed that the shell of the Astra airship was in the best condition at that time, so a decision was made to work on its restoration. After the production of individual elements of the mechanical part and a new suspension, in the fall of 1920 in the village of Salizi (near Petrograd), the aeronautical detachment began work on assembling the airship, which was renamed the “Red Star”.


This work ended in mid-November; on November 23, the shell of the airship was filled with gas, and on January 3, 1921, it made its first flight. In total, this airship performed 6 flights, the total duration of which was about 16 hours.


Airship "VI October"

The second Soviet airship was the VI October, which was built in 1923 by students of the Higher Aeronautical School located in Petrograd. The airship was built according to the type of English naval reconnaissance aircraft and was made from scrap materials. In particular, its 1,700 cc shell volume. meters was sewn from the shells of old tethered balloons. The total length of the airship was 39.2 m, diameter - 8.2 m, power plant power 77 kW. The airship made its first flight on November 27, 1923; it lasted about 30 minutes. On November 29, the airship took to the skies for the second time, this time the flight lasted 1 hour and 20 minutes, during the flight it reached an altitude of 900 meters. After this, flights of the airship "VI October" were stopped due to the very high gas permeability of the shell.


In 1923, a special Air Center was created under the Society of Friends of the USSR Air Fleet, whose tasks included promoting the development of airship construction in Soviet Russia. After some time, the Air Center was renamed the air section of Osoaviakhim of the USSR. Already in the fall of 1924, the construction of another soft airship called the “Moscow Rubber Chemist” (MHR) was completed here. Its name indicated that it was made with funds from workers in the chemical industry of Moscow and the Moscow region. The auto industry of the project for this airship was N.V. Fomin.



Airship "Moscow rubber chemist"

The MHR airship had a shell volume of 2,458 cubic meters. meters, its length was 45.4 m, diameter - 10.3 m. The engine power was 77 kW, and the maximum flight speed was 62 km/h. This airship could lift up to 900 kg into the sky. payload. The airship made its first flight on June 16, 1925, under the control of V.L. Nizhevsky, the airship spent 2 hours 5 minutes in the air. This airship was in operation until the fall of 1928, while it was modernized and rebuilt several times. In total, the Moscow Rubber Chemist made 21 flights, flying a total of 43 hours and 29 minutes.

Simultaneously with the cessation of operation of the MHR airship, almost all flight training work in the country stopped. For this reason, at the call of the printed publication Komsomolskaya Pravda, fundraising began for the construction of a new airship. Work on its production was carried out by students of the Higher Aeromechanical School, and N.V. Fomin supervised the work. In order to speed up the construction of the new airship, it was decided to make maximum use of the MHR project with the introduction of a number of changes to it. The new airship was named "Komsomolskaya Pravda".


Airship "Komsomolskaya Pravda"

On July 25, 1930, the completed airship was filled with gas and made its first flight on August 29. The commander of the ship was E.M. Oppman. Already on August 31, 1930, Komsomolskaya Pravda flew over Moscow for the first time. In total, in 1930, the airship managed to make 30 flights, and the next year another 25. These training and promotional flights were very important for gaining experience in operating airships and training aeronautics personnel.

On April 25, 1931, the Council of Labor and Defense adopted the Resolution “On the creation of a Base for Experimental Construction and Operation of Airships” /BOSED/ in the Civil Air Fleet, later renamed the Research and Development Plant “Dirizhablestroy”. The whole country followed his labor successes; the whole nation took part in the creation of the first domestic airships. A call was made: “Give me a squadron of Soviet airships,” and slogans rang out all over the country: “Save a penny, put it in the national piggy bank for the construction of airships.” In two years, 25 million rubles were collected.

This organization was supposed to unite the efforts of different groups of specialists working in this field, as well as engage in the planned deployment of work in the field of design and subsequent construction of Soviet airships. The organization also had to devote time to conducting scientific research on aeronautical topics and improving the methods of operating airships.

Sinka - aircraft DP-4 (USSR B6), from the archives of Dirigiblestroy.

The first Soviet airship assembled at Dirigablestroy was the USSR V-3 airship, which belonged to the type of soft airships and was used as a training and propaganda ship. The design of this airship was created at the Dirigablestroy design bureau, the gondola was built in its own workshops, and the shell was built at the Kauchuk plant.


The airship made its first flight from Leningrad to Moscow. On November 7, 1932, the airship took part in the parade on Red Square in Moscow.

The crews of the first Soviet airships consisted of young aeronauts who were in love with their profession, enthusiasts and patriots, brave and determined people. They built airships and flew their creations. Despite all the technical difficulties and shortcomings, they strived to “fly farthest, highest and fastest.”

After mastering the construction of soft airships, the famous designer of Italian semi-rigid airships, Umberto Nobile, was invited to provide technical assistance in the design and operation of semi-rigid airships.


In May 1932, together with a group of designers and experienced workers, General Umberto Nobile arrived in the city of Dolgoprudny. Before that, he twice flew to the North Pole on the airships Norway and Italy. On the way back, the Italia crew found itself in a storm zone. The airship became icy, lost altitude and hit a huge hummock with force. The gondola broke away from the hull and fell onto the ice. Soviet icebreakers took part in rescuing the expedition, one of which was the Krasin, which picked up a group of five people. Umberto Nobile himself was taken out by a Swedish pilot.

A total of 9 Italian specialists arrived. Their contract was for 3 years, during which time it was supposed to train 8 Soviet specialists and design new models of airships.

Already in 1932, the new organization produced 3 soft airships - USSR V-1, USSR V-2 "Smolny" and USSR V-3 "Red Star", which were mainly intended for carrying out training and propaganda flights, as well as gaining experience in using airships in the national economy. The minimum volume of the B-1 airship was 2,200 cubic meters. meters, airships B-2 and B-3 5,000 and 6,500 cubic meters. meters respectively. The airships also differed from each other in their engines, while having the same type of design. The shell of all three airships was made of three-layer rubberized material and had an internal partition that divided the volume into 2 equal parts. This partition made it possible to reduce the flow of gas along the shell when the aircraft was trimmed.


Airship USSR V-2

These three airships carried out a series of successful flights along the routes Leningrad - Moscow - Leningrad, Moscow - Gorky - Moscow, Moscow - Kharkov, etc. All three airships, as well as the USSR B-4 that joined them, passed on November 7 in the wake column over Krasnaya area. In terms of their performance, the Soviet airships B-2 and B-3 were almost as good as their foreign counterparts of this class. All this suggests that despite little experience and the lack of a sufficient number of qualified specialists, by 1933 the USSR was able to fully master the technology of designing, manufacturing and operating soft airships.

One interesting case is connected with the USSR B-2 Smolny airship. On September 6, 1935, the airship, located at the Stalino airfield (Donbass), was torn from its bivouac by an incoming squall. At the same time, all 60 corkscrew anchors that held it were torn out of the ground. The airship commander N.S. Gudovantsev, who grabbed one of the cables, was able to reach the gondola at an altitude of 120 meters, in which at that moment there were 4 crew members and 11 pioneer excursionists. At an altitude of 800 meters the engines were started. After that, after waiting out unfavorable weather conditions in the air, the airship landed safely after 5 hours and 45 minutes. For this heroic act, Gudovantsev was awarded the Order of the Red Star.



Airship USSR V-5

Already at the end of February 1933, the first semi-rigid airship in the USSR, the B-5, was ready. On April 27, 1933, he took off for the first time. This airship was relatively small in size, its volume was only 2,340 cubic meters. meters. This was explained by the fact that the USSR V-5 was conceived as a semi-rigid airship, intended for practical acquaintance of Soviet designers with the Italian semi-rigid system, as well as to identify the difficulties that the USSR could encounter in the production of a larger airship. In addition, it was planned to conduct training for ground personnel and pilots on the B-5.

In May 1933, after passing a series of state acceptance tests, which were considered successful, the B-5 was accepted into the civil air fleet. In 1933, he made more than a hundred flights, which proved that this airship has a set of good stability characteristics and is also controllable in the entire range of weather conditions encountered. The experience gained during its construction and operation became the basis for the construction of the largest airship in the USSR, the B-6 Osoaviakhim.


Cylinder workshop. Folding the airship shell. 1935

The crowning glory of Soviet airship construction was, obviously, the USSR-V-6. Eighteen thousand “cubes” of hydrogen, original design; in the front part there was a suspended passenger cabin, capable of accommodating a flight person, and in the rear part, in a triangle, there were three small engine nacelles.

According to the Dirigiblestroy plan, the first air line on airships was supposed to connect Moscow with Murmansk. For this purpose, they were going to build a mooring mast in Petrozavodsk, and a hangar and gas facilities in Murmansk. But this and other air lines never appeared due to the lack of bases for storing and supplying airships: there were hangars only in Dolgoprudny and near Gatchina.

Weighing the shell of the airship USSR-V6. 1935

The design of the USSR V-6 was based on the Italian airship of the N-4 type, with a number of improvements introduced into its design. The volume of the airship was 18,500 cubic meters. meters, length - 104.5 m, diameter - 18.8 m. Assembly of the airship lasted for 3 months. As a comparison, it can be noted that in Italy the construction of airships of similar sizes at more equipped airship-building bases took 5-6 months.


Back in 1934, the USSR V-6 was going to be used for flights between Moscow and Sverdlovsk. In the fall of 1937, a test flight took place, in which twenty people took part. An admiring correspondent for the Pravda newspaper wrote that a brilliant future was opening up for this wonderful mode of transport. Nobile especially noted Pankov’s good leadership qualities.

On September 29, 1937, the USSR B-6 took off with the goal of setting a world record for flight duration. The crew consisted of sixteen people, replacing each other every eight hours. There are 5700 liters of gasoline on board.

For 20 hours the airship moved on a given course, then, due to bad weather, in the direction of the wind. We flew over Kalinin, Kursk, Voronezh, then over Novgorod, Bryansk, Penza, and again over Voronezh. On October 4, the airship landed in Dolgoprudny, staying in the air without landing for 130 hours and 27 minutes! The previous achievement - 118 hours 40 minutes - was achieved by Zeppelin LZ-72, which was more than three times larger in volume than Osoaviakhim.

The airship had to overcome strong headwinds, travel through torrential rains, and through fog. The USSR V-6, built entirely from domestic materials, passed this most difficult test with honor, and the aeronaut pilots demonstrated extraordinary flying skills.

In 1924, a state monopoly on helium was introduced. And just two years later, members of the expedition of the Geological Committee A. Cherepennikov and M. Vorobyov discovered gas outlets in the Ukhta River basin.

The government bodies of the USSR paid increased attention to this problem, since helium acquired strategic importance at that time due to the sharp expansion of its use in the military field - airship construction and underwater work. In 1931, a commission of the Politburo of the All-Union Communist Party of Bolsheviks, with the participation of Stalin, discussed issues of development of the North, including those related to the search for helium-bearing gases. A year later, a meeting on helium was held at the USSR State Planning Committee, chaired by V. Kuibyshev. At the same time, practical steps were taken to search for helium deposits. The head of the Ukhtokombinat, Y. Moroz, reported to the Komi Regional Committee of the All-Union Communist Party of Bolsheviks: “When drilling for oil in 1932 in the Verkhnyaya Chuti area with a well


The shell of the USSR-V6 airship is taken out of the workshop into the boathouse 1934

No. 25, a powerful accumulation of natural gas with a helium content of up to 0.45% was discovered in the oil-bearing formation...” The discovery of helium gave rise to the leadership of Komi to declare the need to organize the extraction and partial processing of this gas in the Ukhta region.

In 1935, the Council of People's Commissars of the USSR decided to build a helium plant with a capacity of 50 thousand cubic meters per year near the village of Krutaya, Ukhtinsky district, on the basis of the Sediel gas field.

And now RI ends and AI begins.

In February 1938, the airship "USSR V-6" turned out to be the only device capable of quickly reaching Papanin's polar explorers in distress and, hovering over the ice floe, lifting people and equipment.

Based on the results of the operation, the RKKF became interested in the airship. The Dolgoprudnensky plant was issued technical specifications for a patrol airship for the fleet, capable of performing the functions of a reconnaissance aircraft and a heavy bomber if necessary. In April 1940, the airship "USSR B-13" "White Fluffy" made its first flight. By June 22, 1941, the RKKF Air Force already had three similar devices.


Airship USSR V-6

Osoaviakhim made its first flight on November 5, 1934, Nobile himself flew the machine, the flight duration was 1 hour 45 minutes. Subsequent flights proved its high performance characteristics.

The passenger capacity of the airship was 20 people, the payload was 8,500 kg, the maximum speed was 113 km/h, the maximum flight range with a full load was 2,000 km. All this made it possible to consider the B-6 as the first Soviet airship that could carry out specific national economic tasks. Using this airship, the USSR planned to open the first long-distance passenger air lines.

Convincing proof of the B-6's suitability for long-distance passenger transportation was the world record flight duration of 130 hours and 27 minutes. However, these plans were not destined to come true. In February 1938, the airship crashed during a training flight to Petrozavodsk, killing 13 of its 19 crew members.

B-7, landing on water

Simultaneously with the B-6, the USSR B-7 airship was built in the USSR, named “Chelyuskinets”, its volume was 9,500 cubic meters. meters. It made its first flight in 1934. In 1935, a similar airship was built, designated V-7bis, and the following year the USSR V-8 with a volume of 10,000 cubic meters. meters. In addition, Dirigablestroy worked on a project for a semi-rigid airship with impressive parameters - a volume of 55,000 cubic meters. meters, length - 152 m, diameter - 29 m, cruising speed - 100 km/h, range - up to 7,000 km. In addition, the plans included the production of 2 high-altitude semi-rigid airships with volumes of 29,000 and 100,000 cubic meters. meters respectively. However, after the B-8, not a single semi-rigid airship was built in the USSR.



Airship "Pobeda"


Subsequently, the USSR built 4 more soft-design airships V-10, V-12, V-12 bis "Patriot", as well as the airship "Pobeda".

The Red Army Air Force also received airships. So, four airships took part in supporting the combat operations of the Red Army - “USSR V-1”, “USSR V-12”, “Malysh” and “Pobeda”, despite the fact that the last three devices were built at the Dolgoprudny airship plant (+ another piece former plant, but still builds airships) in general, during the war years - B-12 (2940 m³) in 1942 (according to other sources - reassembly of the 1939 machine, dismantled in 1940), and "Pobeda" (5000 m³) and "Baby" - in 1944.

At the same time, airships solved several different problems, one of the most important was the transportation of hydrogen, so to speak, “in kind”, because the hydrogen used in barrage balloons was extremely inconvenient for transportation - it flatly refuses to liquefy without extreme conditions, and compression does not give a significant effect - required very heavy cylinders, - and as a result, to launch just one balloon you need to make more than one or two flights with a semi-truck. You can, of course, extract hydrogen from water using banal electrolysis, but it’s good when a power source is at hand, and what if not? You can't get away with petrol generators...

in the Cylinder Shop of "Dirizhablestroy". 1935, The airship shell is made of three layers of rubberized fabric (percale) coated with aluminum paint. The weight of 1 sq.m of this material is about 340 grams.

So: The airships transported 194,580 cubic meters of hydrogen and 319,190 kilograms of various cargo. In total, during the Second World War, Soviet airships performed more than 1,500 flights. So, in 1943-44. The airship "USSR V-12" made 969 flights with a total duration of 1284 hours. In 1945, the airships "USSR V-12" and "Pobeda" performed 216 flights with a total duration of 382 hours. One flight of the airship with associated cargo was enough to refuel 3-4 barrage balloons.

In 1933-1944, airships worked hard to transport hydrogen to numerous points. Well, and along the way, airships solved the problem of transporting small cargoes - and, in fact, for free; they also need additional ballast for transporting gas? Needed. So they loaded up with whatever they had to.


USSR-B6 "Osoaviakhim" is a semi-rigid airship, built at the airship-building shipyard of the country's only specialized production base - the Airship Construction Plant, which was located in the near Moscow region, near the Dolgoprudnaya railway station. On the territory of the former airship-building complex there are now a number of scientific and industrial enterprises: TsAO, DKBA (the historical boathouse is still located there), DNPP and NIOPIK.

The 105-meter airship USSR-V6 "Osoaviakhim" was built for the 17th anniversary of the Great October Revolution (in 1934). This is the best (to this day) device in the USSR and the Russian Federation. The ship made its first flight on November 5, 1934, its piloting was carried out by the chief designer himself, Umberto Nobile.

The impetus for the implementation of the airship construction program in the USSR was the arrival in Moscow in the fall of 1930 of the already famous Graf Zeppelin LZ127. The industrialization campaign, which was gaining momentum, also spoke in favor of airship construction - the basis of the air transport infrastructure. The country needed airships to carry out national economic and defense tasks. The airship construction program announced by the USSR government was supported by the Soviet people. Thanks to the activists of the mass organization of Soviet workers “Osoaviakhim” in 1930 under the slogan “Give me a squadron of Soviet airships!” The country began collecting funds for the development of the industry. The campaign carried out by Osoaviakhim employees allowed to collect 28 million rubles, which were immediately transferred to the creation and development of the Dirizhablestroy research plant, established in 1931. Air Force Chief Yakov Alksnis wrote in the editorial of the Pravda newspaper on February 23, 1931: “Both in the field of creating auxiliary industry and in the field of airship construction, we cannot and should not lag behind... This means that raising funds to strengthen the combat power of the air fleet in general and for the construction of Soviet airships... in particular, it must be strengthened at all costs and by all means... Soviet airships must and will fly over the Land of the Soviets, they will ensure the victory of the world October together with red aviation.”

As part of the plan outlined by the USSR government, it was decided to create a squadron of airships named after. IN AND. Lenin. In this regard, the names of future devices of the first release were planned: “Lenin”, “Stalin”, “Old Bolshevik”, “Pravda”, “Klim Voroshilov”, “Osoaviakhim” and “Collective Farmer”. Since May 1932, in the vast areas near the Moscow Dolgoprudnaya station railway The construction of the research and production plant Dirizhablestroy began.

To master airship-building technologies, the design schools of German Zeppelins and Italian semi-rigid airships created by Umberto Nobile were considered. As a result of discussions, an official invitation to lead the work on creating a squadron of Soviet airships was issued by the government of I.V. Stalin was sent by U. Nobile.

In 1931, U. Nobile and the Italian specialists he selected to implement such a large-scale project arrived in the USSR. As part of this program, Italian airship pilots were instructed to share their experience with Soviet designers. At first - before the construction of premises in the village of Dirigiblestroy - Italian and soviet engineers worked in the center of Moscow. But immediately after the commissioning of the first Dirigiblestroy buildings, the entire design team moved to continue work directly at the production base.

Construction

In the design scheme of the airship USSR-V6 "Osoaviakhim" Umberto Nobile applied the approach developed in previous developments of his airships. The flagship of the Soviet airship fleet bore the greatest resemblance to the most successful apparatus of the Italian designer - N-4. However, the airship created by Dirigiblestroy did not become a simple replica of the Nobel design of the past, but represented an independent innovative design solution, although based on the basic developments of the Italian. USSR-B6 "Osoaviakhim" can be considered, without exaggeration, a joint Italian-Soviet project. The prototype of the USSR-V6 was the first semi-rigid type apparatus built by Nobile in the USSR, the USSR V-5, which made its first flight in 1933. In addition, by 1933, the Dirizhablestroy plant had already established the design, construction and operation of soft-type airships. Construction of the airship USSR-V6 began with the manufacture of gasoline and ballast tanks in January 1933. The general management of the construction was personally carried out by Nobile, and the leading engineer was a young Soviet designer Mikhail Kulik. The device was built in record time - in just 3 months, whereas in Italy (where there were developed and more advanced production facilities) it took 5-6 months to create a vessel of this size. The great inventive work of the designers required a significant reworking of the Nobil design diagram of the airship. According to the recollections of Soviet engineers, only about ten general drawings of the Italian airship were used for working drawings, and the rest - 3000 working drawings - were made anew by Soviet designers of the Airship Construction Bureau. If for the shell of Italian ships panels were used that were sewn only lengthwise, then in the USSR-B6 airship, in order to maximize the strengthening of the shell, a cut was used, sewn according to specially designed patterns. The proprietary keel truss (that is, the supporting base of the airship, inside which all the wiring was located, there were 20 fuel tanks, and there was also a ladder for access to the engine cabins, bow and stern) Nobile at Dirigablestroy also underwent an “audit.” According to Soviet airship operators, the Italians worked out the process of installing this component of the vessel even before the polar expeditions, and it involved tightening the prefabricated units with wire, which was soldered with tin. Engineer Mikhail Kulik suggested that Nobile design an all-welded keel structure in order to reduce the weight of the vessel. The Italian airship pilot was initially against any changes, but the arguments of the Soviet engineer were so convincing that Nobile said: “Good! Try it!” Kulik's keel design made it possible to reduce the total weight of the airship by 30%. The leading engineer of the Airship Construction R.V. Pyatyshev, in his notes, nevertheless criticized the design of the keel because of its size. In particular, he noted: the geometry of the bow part of the shell and keel should be redesigned, since during installation there were technical inconsistencies: “either the keel in the nose is too large, or too raised, which caused indentation into the shell and, as a consequence, improper operation of the nasal catenaries of the supra-keel panels..." The flight characteristics and aerodynamics of the airship USSR-V6, or DP-4 (this is how the device was indexed in the design documentation), were worked out through testing hydraulic models. Soviet engineers also radically reworked the Italian designs of internal and external catenary units, taking into account the materials available in the USSR. The main imperative of Soviet airship construction (an industry of strategic importance) concerned the creation of an apparatus primarily from domestic materials and components. For example, the shell material created in the USSR differed significantly in characteristics from those used for the construction of Nobile airships in its homeland, but the question of purchasing fabric abroad was not even raised, and the production of such material, commissioned by DUK Dirigablestroy, was established within the country. The exception, perhaps, concerned only the engines, which at that time could not yet be created in the USSR, and therefore were bought in Germany. Three powerful 260-horsepower engines were built specifically for the flagship airship by Maybach. According to Nobile himself, the USSR-B6 revealed superiority over his best airship N-4 (Italia), both in its shape and in flight characteristics. Thus, the cruising speed of the N-4 was 85 km/h, while for the USSR-B6 it became 104 km/h. At the same time, the size of the gondola, where the control of the ship was located, was increased, allowing it to accommodate 20 passengers. In addition, although heavier materials were used in the construction of the airship than those proposed by the Italians, thanks to the ingenuity of Soviet designers, the mass of the payload on board was increased to 8500 kg. Although the maximum speed of the USSR-V6 airship, according to documents, was 115 km/h, however, structurally the device had the ability to fly at speeds even more than 125 km/h.

Start of operation

Since the airship USSR-B6 was destined to become the first-born of the squadron of large airships named after V.I. Lenin. The leadership of the USSR insisted on accelerating the pace of construction and presentation of the first such airship, which had important propaganda significance. By the originally scheduled date - the 16th anniversary of the October Revolution (November 1933) - the construction could not be completed due to numerous design and technological difficulties, lack of materials, equipment, and qualified labor. The release date of the airship was postponed to October 1, 1934; by January 1934 it was on average 70-75% ready. To supervise the progress of work, government representatives began to visit the airship builders more often. In particular, in June and July 1934, the Airship Construction site was visited, respectively, by the head of the Main Directorate of the Civil Air Fleet of the USSR I. S. Unshlikht and the People's Commissar of Defense of the USSR K. E. Voroshilov, both expressed dissatisfaction with the low pace of work on the USSR-B6. In June 1934, the presidium of the central council of Osoaviakhim, under whose patronage the airship USSR-V6 was built, decided to give the ship under construction the name Osoaviakhimovets (the actual name of the ship became Osoaviakhim).

Systemic difficulties and poor cooperation between suppliers continued to cause serious delays behind the planned schedule. Although the first flight took place only on November 5, 1934, the work actually had to be completed in great haste on the eve of the parade on November 7, 1934. Formally, the airship was cleared for flight as undergoing factory tests. The command of the first flight of the airship, which lasted 1 hour and 45 minutes, was carried out by the designer himself, Nobile. The USSR-B6 set off on its second test flight lasting 5 hours on November 8, 1934, flying over Moscow. In the gondola were Nobile, the head of the Airship Construction A.N. Flakserman, the ship's commander I.V. Pankov, the helmsmen V.A. Ustinovich (direction wheel) and V.G. Lyanguzov (height wheel), and other members of the team. The actual volume of the airship was about 20,000 m 3 against the planned 18,500 m 3. Due to numerous deficiencies, the ship was still not ready for normal operation by mid-December 1934, having completed three test flights with a total duration of 9 hours. During further tests, it turned out that the USSR-B6 has good characteristics and is ready for use in the national economy. It was planned to operate the USSR-B6 for long-range passenger transportation - between Moscow and Sverdlovsk, or Krasnoyarsk, Yakutia. However, for a number of reasons these plans were not implemented. 2-year flights in test mode were carefully analyzed by Dirigiblestroy engineers, who in 1936 insisted on a structural modernization of the USSR-B6 airship, including a complete replacement of the shell.

After November 1934, the airship was almost never used: several short flights took place in gentle mode at altitudes of up to 3500 meters.

But the crew of 16 people, commanded by I.V. Pankov, went on a really complex, truly responsible long-range voyage on April 21-22, 1935. In 30 hours 30 minutes. managed to carry out a circular flight along the route Dolgoprudnaya - Moscow - Leningrad - Salizi, and back. Almost immediately, the airship's aeronauts were given a new task - to fly from Moscow to Arkhangelsk, White Sea and back. This journey took 42 hours.

On September 29, 1937, the airship USSR-B6 set off from the base in Dolgoprudnaya on a long flight with the goal of breaking the record of the Italian airship Norge (N-1) of a similar class (in 1926, the Italian ship carried out a non-stop flight from Spitsbergen - through the North Pole - to Alaska within 71 hours). The circular flight followed the route Dolgoprudny - Novgorod - Belozersk - Gorky - Rostov - Bryansk - Kursk - Voronezh - Penza - Dolgoprudny, and, flying over the cities, the airship dropped propaganda pennants with messages. Having already broken the record of the Norge airship, Soviet aeronauts decided to set their own flight duration record, also breaking the achievements of the English R-34 and the German Graf Zeppelin... fortunately there was still plenty of fuel.

Having flown up to the base on Dolgoprudnaya on October 3, 1937, where everything was ready to receive the ship, the crew asked to extend the flight by 24 hours in order to break the record of the airship LZ-127. The ship's commander was allowed to extend the flight for another 17 hours. Therefore, the USSR-B6 continued to fly near the capital. And on October 4, 1937, he flew over Moscow, and people in the streets and squares greeted the heroic crew from the ground... At 17:15. On October 4, 1937, the airship "SSSR-B6" completed its flight, thus setting an absolute world record for the duration of a non-stop flight for this class of ships - 130 hours 27 minutes. However, this record has not yet been included in the FAI files, and therefore does not formally have international status.

Catastrophe

In February 1938, the crew of the USSR-B6 was preparing for the flight Moscow - Novosibirsk. At this time, a message arrived that the ice floe on which I. D. Papanin’s expedition was drifting had broken up, and the evacuation of the expedition was required. The crew of the airship USSR-B6 appealed to the USSR government with a request to conduct a training flight Moscow - Petrozavodsk - Murmansk - Moscow. If the flight results were satisfactory, the airship could evacuate Papanin’s expedition from the drifting ice floe. On February 5, 1938, at 19:35, the USSR-B6 took off from Moscow. On February 6 at 12 o'clock the airship flew over Petrozavodsk. At 19 o'clock the airship was approaching Kandalaksha station. The last radiogram from the airship was received at 18:56.

The flight took place at an altitude of 300-450 meters (and then about 200 m) in difficult meteorological conditions: low clouds, snowfall, poor visibility. Flying to Murmansk, the airship, for the time being, struggled with the lack of landmarks in conditions of heavy clouds, helped from the ground, showing the way with fires. But already in deserted places - near Kandalaksha - there was nowhere to wait for help. And there was another problem that fatally influenced the development of events. Due to the rush, they did not have time to fill the shell with hydrogen, and in order not to reduce the controllability of the device (in addition, during the flight, the metal parts of the airship’s structure became icy), the commander decided to fly at a minimum altitude, trying to maintain a course according to the map - 10-layout edition of 1904 (there, instead of a hill, Mount Neblo, there was a deep ravine). . When it collided with Neblo-Mount, a strong fire broke out on board the ship. Of the 19 crew members, 13 were killed, three were slightly injured and three received no damage. At dawn on February 7, one of the search groups discovered that the USSR airship B-6 had crashed 18 km west of the White Sea station. Skiers and border guard soldiers came from the Kandalaksha station to help the balloonists. The surviving balloonists were taken to the Kandalaksha hospital. On February 12, 1938, crew members of the USSR B-6 airship Osoaviakhim were buried at the Novodevichy cemetery in Moscow.

  • Gudovantsev N.S. - first commander;
  • Pankov I.V. - second commander;
  • Demin S.V. - first assistant commander;
  • Lyanguzov V.G. - second assistant commander;
  • Kulagin T.S. - third assistant commander;
  • Ritslyand A. A. - first navigator;
  • Myachkov G.N. - second navigator;
  • Konyashin N. A. - senior flight mechanic;
  • Shmelkov K. A. - first flight mechanic;
  • Nikitin M.V. - flight mechanic;
  • Kondrashev N.N. - flight mechanic;
  • Chernov V.D. - flight radio operator
  • Gradus D.I. - on-board weather forecaster.

Lightly wounded:

  • Pochekin V.I. - fourth assistant commander;
  • Novikov K.P. - flight mechanic;
  • Burmakin A.N. - flight mechanic.

No damage received:

  • Ustinovich V. A. - naval engineer;
  • Matyunin D.I. - flight mechanic;
  • Vorobiev A.V. - radio engineer.

Based on Wikipedia materials


Reference materials History of the Dolgoprudny lands Memories of city residents Enterprises and organizations of the city Airships, airship construction, aeronautics People of our city Honorary citizens of the city of Dolgoprudny Their names are immortalized in the names of streets, parks, schools History of the development of public education Emergency incidents in the city "My city is Dolgoprudny" - a historical sketch " History of schools in the city of Dolgoprudny" - book "Vicinities of the city of Dolgoprudny" - book " Big story small village" - the book "Give the ship into the air!" - the book "History of the DNPP. From airships to rockets" - book "DNPP JSC. Memories of Veterans" - book "The Village of Vinogradovo" - book "My Five Years with Soviet Airships" - book by U. Nobile "Far and Close" - book Poems and prose about Dolgoprudny This is interesting

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http://site/doc/index.php About the disaster of the airship "USSR-V6" - a collection of articles About the disaster of the airship "USSR-V10" - a collection of articles Report on the work of the Design Department of the Airship Construction - R.V. Pyatyshev, 1939 "On a balloon. Dolgoprudny - Novosibirsk" - article, 1941. Report on tests of the motorized balloon "Malysh" - Airborne Internal Affairs Division, 1944. Separate aeronautical division (Airborne Internal Affairs Division - 1941-1948) "Unsuccessful flight" - chapter from the book by E. Krenkel, 1973. "Aeronauts" - newspaper article from 1988. Airship construction in Russia - a chapter from the book, 1986. Russian airships in tsarist army- article from a magazine, 1923 The combat work of balloonists before 1917 - a chapter from the book, 1989. Airship construction in the USSR - a chapter from the book, 1986. The main characteristics of airships from different countries - a chapter from the book, 1986. Accidents and disasters of airships and their causes - a chapter from the book, 1986. Chronology of domestic aeronautics - chapter from a book, 1949. "Airships in the Great Patriotic War" - newspaper article, 1993. Arctic flight LZ-127 (chapter from the book by E.T. Krenkel) - 1973 USSR-V8: Submarine Hunter - 2000. The end of airship construction in the USSR (1938-1940) - 2012


About the disaster of the airship "SSSR-V6" - a collection of articles

About the disaster of the airship "USSR V-6"

Moscow, 04/28/1938

On the evening of February 5, 1938, the airship "USSR V-6", under the command of Comrade Gudovantsev, took off from Moscow on a test, training flight along the route Moscow - Murmansk - Moscow so that if this flight and testing of the material part of the airship were successful, USSR V-6" to resolve the issue of sending it to remove Papanin's expedition, for which the crew of the airship filed a special petition to the government.

Following the route and having regular radio contact with Moscow, Leningrad and other points, the airship safely passed over Petrozavodsk, Kemyu and by 19 o'clock on February 6 it was approaching Kandalaksha station (277 km to Murmansk).

The progress of the airship along the route was recorded by radiograms from Comrade Gudovantsev, as well as observations from the ground, and at 18:00. 56 min. On February 6, an airship flight was recorded in the area of ​​the station. Zhemchuzhnaya (39 km to Kandalaksha).

Upon receipt at 6 p.m. 56 min. radiograms from Comrade Gudovantsev about the successful progress of the flight, the work of the USSR V-6 radio station suddenly stopped, and the airship did not respond to calls from numerous ground radio stations.

On the route to Yandozero, the airship traveled at an altitude of 300 m, at the lower edge of the clouds, then to Kem in the clouds and approached Kandalaksha during snowfall, which, in the conditions of darkness, worsened visibility.

Around 8 p.m. alarming messages have been received from local residents, observed around 7 p.m. airship flight in the area of ​​st. White Sea (19 km to Kandalaksha). Residents heard some kind of strong hum, after which the noise of the airship's engines ceased to be heard and the airship itself disappeared from sight.

Search groups consisting of local citizens and military personnel of the Red Army units on reindeer and skis were immediately sent to the area of ​​the alleged accident. At the same time, the search for the airship's radio station on the air was intensified and continuously carried out, but did not give positive results.

At dawn on February 7, one of the search groups discovered that the USSR V-6 airship had indeed crashed 18 km west of the station. White Sea.

According to preliminary data, the disaster occurred as a result of the CCCP B-6 airship hitting the top of a mountain due to insufficient flight altitude and poor visibility, with the equipment operating without failure during the entire flight.

Of the total crew of the airship "USSR V-6" of 19 people, 13 people died as a result of the disaster, three were slightly injured and three were unharmed.

Comrades were killed in the disaster: Gudovantsev N.S. - the first commander of the airship "USSR V-6", Pankov I.V. - the second commander, Demin S.V. - first assistant commander, Lyanguzov V.G. - second assistant commander, Kulagin T.S. - third assistant commander, Ritslyand A.A. - first navigator, Myachkov G.N. - second navigator, N.A. Konyashin - senior flight mechanic, Shmelkov K.A. - first flight mechanic, Nikitin M.V. - flight mechanic, Kondrashev N.N. - flight mechanic, V.D. Chernov - flight radio operator, Gradus D.I. - on-board weather forecaster.

Lightly wounded: Pochekin V.I. - fourth assistant commander, Novikov K.P. - flight mechanic, Burmakin A.N. - flight mechanic.

Unharmed: Ustinovich V.A. - naval engineer, Matyunin I.D. - flight mechanic and Vorobiev - radio operator engineer.

A government commission consisting of the commander of the N air squadron, Comrade Kirsanov, and several airship construction workers was sent to the scene of the disaster from Murmansk. The bodies of the dead comrades will be delivered to Moscow for funeral.

The funerals of the victims are carried out at the state expense. The government decided to give the families of the deceased balloonists 10,000 rubles. a one-time benefit and establish increased pension provision.

Details of the death of the airship "USSR V-6"

"Collection of scientific and technical works on airship construction and aeronautics"

Moscow, 04/28/1938

The story of the fourth assistant of the airship "USSR V-6" T. V. I. Pochekin

Before flying to Murmansk, we carried out a large preparatory work. The ship was prepared for a long winter flight from Moscow to Novosibirsk. At this time, a message arrived that the Papanin ice floe had split and it was necessary to speed up the operation to remove the heroic four.

Representatives of the USSR V-6 crew petitioned the government for permission to make a training flight Moscow - Murmansk - Moscow so that, in case of favorable results, they would fly to the Papanin ice floe. The ship had all the capabilities for this.

The government met us halfway and allowed us to make a training flight.

On February 5, we took off from an airship airfield near Moscow and headed for Petrozavodsk. The flight to Petrozavodsk took place in difficult conditions: there was low cloudiness, it was snowing in places, and the metal parts of the ship were covered with ice.

About two hours before our appearance above Petrozavodsk, the ship entered continuous fog. Almost all the way to Petrozavodsk we walked in blind flight. From here we headed for Murmansk.

The weather remained unfavorable. Our onboard weather forecaster D.I. Gradus said that after some time there would be improvement. In fact, after about three hours of flight from Petrozavodsk, the clouds rose and visibility increased to 20-30 km. This weather was favorable for the flight. There was a tailwind blowing, and we were traveling at a speed of over 100 km per hour. About two hours later we again found ourselves in a band of low clouds, visibility deteriorated sharply, darkness fell, and snow began to fall. Despite this, we were right on course. Navigators G.N. Myachkov and A.A. Ritsland strictly and tirelessly monitored the correctness of the course. Sometimes our flight coincided with the direction of the railway line.

At first we were flying at an altitude of 300-350 m. It seemed to me that we were flying too low, and I told commander N.S. Gudovantsev about this. He gave the order to the second commander I.V. Pankov to rise higher. We rose to 450 meters and continued our flight.

Suddenly I heard a sharp cry from navigator Myachkov: “We’re flying up the mountain!” I.V. Pankov sharply raised the nose of the airship to ascend, and ordered me to turn the rudder to the right. A few seconds later I heard a noise: the ship was hitting the trees. Then a sharp crash was heard, and the ship, having flown into a mountain, fell onto it.

I found myself among a pile of fragments of metal parts of the nacelle and keel of the ship, and a shell covered me on top. A fire immediately started, possibly caused by a short circuit in the electrical and radio equipment. I started to get out of the ship. Suddenly, I completely accidentally fell into some hole, and this turned out to be my salvation. Novikov, Ustinovich, Matyunin, Vorobiev were also here.

My comrades were in such a state that they could not utter a word. Having come to our senses, we lit several fires so that we could be discovered.

At dawn on February 7, a group of skiers led by forester Nikitin approached the scene of the disaster, which was located in the 91st quarter of the Prolivsky logging station. They provided us with first aid. One of the skiers returned to the barracks and reported our location. They sent deer to us, and we left for the nearest lumberjack barracks. Here we warmed up and thanked the loggers for their help. From here we were sent to the Straits station, and then brought to Kandalaksha in a special carriage.

The story of flight mechanic K. P. Novikov

The entire crew of the airship was preparing for a flight with a huge rise. February 5, at 7 p.m. 35 minutes, rose above Moscow. After flying over the city for two hours, we corrected the deviation and set on a course from Moscow to Murmansk via Petrozavodsk.

We flew from Petrozavodsk in unfavorable conditions in fog; From time to time wet snow fell. At 12 o'clock on February 6 they passed over Petrozavodsk.

After 6 pm I went on watch in the aft gondola. The material part of the ship worked brilliantly all the time. The team's mood was wonderful. Approaching Kandalaksha, we considered the possibility of refueling as quickly as possible in Murmansk and checked the flight routes to the Papanin crew.

There were two hours and a half left to go to Murmansk. Pilot Pochekin was on watch at the directional control wheel, and second commander of the airship Pankov and navigator Myachkov were at the depth control wheel. A few seconds before the disaster, Comrade Pochekin heard the navigator’s voice: “Mountain!” Following this, the first blow occurred.

In the aft gondola I watched the machine, sitting in a chair with my back to the bow of the ship. At the first impact I was thrown out of my chair and hit my head on the water radiator. The next moment, the second blow threw me with my chest onto the engine. The lights in the gondola went out. Feeling the need to turn off the engine, I groped for the switch. At that moment the third blow followed, and my back and then my head hit the engine. Trying to rest my hands on something hard, I felt pain in my left hand: apparently, I cut it on something sharp.

Then came a moment of peace. The gondola stopped shaking. I'm trying to get my bearings. I look for the door on the left, but I don’t find it. The hot gondola cover burns your head. I bend over. I see snow and the burning shell of the airship. With my bare hands I lift the burning material, squeeze through to my waist, then brace myself with my hands and pull out my stuck leg. Finally freed. My hair and clothes are burning. Burying myself in the snow. I can’t get up and decide to roll away from the burning airship.

Having rolled about 25 m, I lie under a tree, after a while I hear Ustinovich’s voice: “Who is still alive?” Ustinovich lifted me up and laid a piece of cloth on me, after a while Burmakin and Vorobyov came up.

Ustinovich shouted continuously, calling for the survivors. Six people gathered. They made a fire. When it dawned, they began to raise their voices occasionally, knowing that they were looking for us. At about 7 am they answered us. At 8 o'clock. I was given first aid. Now I'm in the hospital, I feel quite well. Once again, as soon as I recover, I am ready to take on any task of the party and government. I mourn the loss of dear friends, but I know that in their place the country will nominate hundreds of new heroes and will always honor the memory of the dead.

Funeral of the brave balloonists who died in the crash of the airship "USSR V-6"

"Collection of scientific and technical works on airship construction and aeronautics"

Moscow, 04/28/1938

On February 12, 1938, the funeral of 13 brave balloonists who died in the crash of the USSR B-6 airship took place. In the morning, access was opened to the Column Hall of the House of Unions, where urns with the ashes of fallen comrades were installed: Gudovantsev, Pankov, Demin, Lyanguzov, Kulagin, Ritsland, Myachkov, Konyashin, Shmelkov, Nikitin, Kondrashev, Chernov, Gradus. Workers, office workers, scientists, students, Red Army soldiers, and schoolchildren pass through the hall. Changes every five minutes guard of honor at the urn Honor watch was carried out by: Heroes Soviet Union vol. Molokov, Slepnev, Alekseev, Spirin and Smushkevich; Secretary of the Komsomol Central Committee A.V. Kosarev, Secretary of the Moscow City Committee of the All-Union Communist Party of Bolsheviks G.A. Bratanovsky, Corporal Commander Loktionov, etc.

At three o'clock in the afternoon, wreaths and urns are taken out of the House of Unions. The funeral procession, stretching for many blocks, headed to the Novo-Devichy cemetery.

4 hours 45 minutes. A funeral meeting begins at the cemetery. The first to speak is Hero of the Soviet Union, Head of the Main Directorate of Civil Air Fleet V. S. Molokov.

On behalf of the Main Directorate of the Civil Air Fleet, its command staff and all employees, says Comrade. Molokov, - I express my deep sorrow over the death of the brave aeronauts from the crew of the airship “USSR V-6”. Today we bury thirteen devoted sons of the socialist homeland. The country will not forget the names of brave balloonists. They selflessly gave everything to their homeland - knowledge, youth, life.

The entire history of Soviet airship construction is associated with their names. The ship's commander, Comrade Gudovantsev was one of the brilliant representatives of modern aeronautics. Under his leadership, Soviet airships made a number of brilliant flights. He tirelessly developed the technique of driving airships, showing examples of knowledge of the matter, personal courage and bravery. Names of vols. Pankova, Demina, Lyanguzova, Kulagina will also forever be written down on the pages of the history of the development of Soviet aviation.

In the person of Comrade Ritslyand, we have lost one of the best navigators of the Soviet Union, a wonderful aeronavigator and a wonderful comrade. He was a man of enormous knowledge and experience, (extreme modesty and impeccable honesty.

All these wonderful qualities that characterize the new man of the Stalin era fully apply to other comrades who died a brave death at a combat post.

We bow our heads to the memory of our fallen comrades and promise over their graves to make every effort to continue and develop the cause for which they fought. We promise over their grave to serve our homeland and our party as honestly and faithfully as they served, and, if necessary, to give our lives for the good and integrity of the Soviet land.

Then Comrade Belkin speaks on behalf of the flight crew of the airship squadron; on behalf of the Main Directorate of the Northern Sea Route - Hero of the Soviet Union comrade. Alekseev.

They talk about young brave students of Soviet aviation who died the death of heroes; about the Lenin-Stalin party, which raised thousands and thousands of proud Stalinist falcons, ready at any moment, at the first call, to fulfill their duty to the socialist homeland; that thousands of new pilots will take the place of the dead and continue to fight for new victories for Soviet aviation.

The rally is over. The last minutes of farewell are coming. Urns are installed in niches. Three fireworks are fired. The Internationale sounds solemnly. On ancient wall thirteen black granite plaques with the names of brave balloonists appeared in the cemetery.

The homeland will not forget their names.

Letter from the crew of the airship "USSR V-6"

"Collection of scientific and technical works on airship construction and aeronautics"

Moscow, 04/28/1938

Moscow, Central Committee of the All-Union Communist Party of Bolsheviks to Comrade STALIN

Council of People's Commissars vol. MOLOTOV, MIKOYAN Comrade. Yezhov

From Kandalaksha, 10/II 1938

I'm heartbroken that our flight ended so tragically. Burning with the desire to carry out a responsible government task, we gave all our strength to successfully complete a test training flight, in order to then receive the honorable task of removing the brave four Papanins from the ice floe; To complete this task, the government provided us with everything necessary. The entire crew was firmly convinced that we would achieve our goal without any risk. It hurts to put up

with the thought that we did not fulfill the government’s task, the task of our beloved Stalin. An absurd incident cut short our flight. We deeply mourn our fallen comrades.

We thank our government, dear Stalin, for the fatherly care for the families of our fallen comrades. The death of the airship will not break our will, our determination to carry out any order of the party and government. Airship construction has a great future; accidents that occur cannot reduce the dignity of the airship. We will continue to work hard with redoubled energy to build even more powerful and improved airships. Soviet airship construction is developing successfully, and will develop even more under the leadership of our government, our beloved party, the great leader Comrade Stalin.

Crew group of the airship "USSR V-6":

Matyunin, Novikov

Ustinovich, Pochekin

Burmakin, Vorobiev

Relatives of the deceased balloonists - Comrade STALIN

"Collection of scientific and technical works on airship construction and aeronautics"

Moscow, 04/28/1938

Our dear father, friend and beloved leader, Comrade Stalin!

In days of grief and sorrow in connection with the bereavement of our dear husbands, brothers and sons, we turn to you with deep gratitude for the care, attention and assistance provided to us, the families of the deceased members of the USSR V-6 crew. Your concern eases our suffering. Our relatives, members of the USSR V-6 crew who died tragically, passionately loved their homeland. Their flight was caused by ardent patriotism for the glory of our homeland. They were eager to take part in the removal of the brave four Papaninites. On the day of the departure of the USSR V-6 ship, we shared joyful excitement with them and were deeply confident in the success of this endeavor. An accident tore away from us our dear and beloved, devoted to the cause of the Lenin-Stalin party, ardent patriots of the socialist homeland.

Our grief is great, but the consolation is that the team of aeronauts, all as one, will continue to develop the cause of aeronautics with even greater persistence, which was so dearly loved by the heroes who died in combat.

We are confident that tens and hundreds of aeronautics heroes will take the place of each dead one, and dozens of new powerful ships will be built to take the place of the lost ships.

Thank you, dear comrade Stalin, thank you to the Soviet government for your help, attention and care to us, the families of the dead airships.

Gudovantsev - mother, brothers, sisters.

Chernov - wife, daughter.

Lyanguzovs - wife, daughter, mother, father, sisters.

Degree - wife, daughter, mother, father, brothers.

The Pankovs are wife, daughter, mother, father, brother.

Nikitin is a wife, mother.

Ritsland - mother, father, brother, sisters.

Konyashins - daughter's wife, brother.

Kulagina is the mother.

Shmelkovs - mother, father, brothers, sisters.

Myachkovs - wife, mother.

Demina - wife, mother, brothers.

Kondrashevs - wife, mother, brothers, sisters.

Biographies of fallen comrades

"Collection of scientific and technical works on airship construction and aeronautics"

Moscow, 04/28/1938

N.S. Gudovantsev

The first commander of the airship "USSR V-6"

The remarkable airship driver Nikolai Semenovich Gudovantsev was born in 1909 into the family of a worker at the Chulym station, Omsk railway. d.

He began his working life at the age of 15 as a roofer's assistant. At the same age he joined the Komsomol.

The inquisitive, capable, ardent young man was attracted to the field of aviation. He was sent to study by the Komsomol at the Omsk Industrial College. Here he showed great ability and created a number of snowmobiles and gliders.

Energetic, persistent, with rare organizational skills, Nikolai Gudovantsev chooses airship construction as his specialty. In 1935, he graduated from a course at the Airship Construction Training Center and received the title of airship mechanical engineer.

N. S. Gudovantsev is an indispensable participant in all major airship flights. He spent more than 2 thousand hours in the air on an airship, including over 200 hours at night and in blind flights, commanding the airships “USSR V-2” and “USSR V-8”.

This unusually demanding pilot had no accidents. Simple and modest, he was capable of heroic deeds. For his selfless act of saving the airship and people in October 1935 in Donbass, Gudovantsev was awarded the Order of the Red Star.

For high flight performance and organizational skills Comrade Gudovantsev in 1937 was appointed commander of an airship squadron and approved by the Council of People's Commissars of the Union as a member of the council under the head of Aeroflot.

With great enthusiasm, Gudovantsev proposed using his ship to rescue the brave four Papanins. But an accident absurdly cut short the life of a fearless, talented commander, a devoted son of his homeland, Komsomol member Nikolai Gudovantsev.

I.V. Pankov

Second commander of the airship

Ivan Vasilyevich Pankov was born in 1904 into the family of a poor Mordovian peasant. Until the age of 18, Pankov worked in the fields with his parents. In 1922, he became a lubricant worker at the Yakovlev textile factory in Ivanovo region. There, in 1924, he joined the Komsomol, and in 1926, the All-Union Communist Party (Bolsheviks).

An energetic, capable young man greedily sought knowledge. In 1926, after graduating from the workers' faculty, he entered the Moscow Higher Technical School at the aeromechanical faculty, which was reorganized into the aeronautical department of the aviation institute. In 1932, while continuing his studies, he worked first as an assistant ship commander, then as a commander on the airships “B-1” and “B-6”. Comrade Pankov's total flight time on airships is over 1000 hours. He gains fame as a knowledgeable, courageous, always calm and fearless ship driver. For a number of flights, Ivan Vasilyevich receives thanks and bonuses. He gets award badge Central Council of Osoaviakhim.

Ivan Vasilievich - active participant public life squadron, a permanent member of the party committee, and recently a member of the district party committee. In 1937, Comrade Pankov defended his diploma project and received the title of engineer of the 1st degree.

A modest, charming man, a wonderful comrade and commander - this is how he will forever remain in the hearts of all who knew him.

S.V. Demin

First mate of the airship commander

S.V. Demin was born in 1906 in Sebezh. Like many other Soviet aeronauts, Sergei Vladimirovich was a graduate of the Airship Training Center. He entered here in 1929 from the workers' faculty. Before that, he worked in the Komsomol, led pioneer detachments.

In 1927 he joined the CPSU(b). Comrade Demin graduated from the institute in 1934. But two years before that, he was entrusted with driving one of the airships. He commands the airships "B-1", "B-4" and most recently was the first assistant to the commander of "B-6". His total flight time on airships is over 1000 hours. He did a lot of work to train airship operators.

Comrade Demin showed himself not only to be a most capable aerobatic master, but also an outstanding inventor. His project for the mechanization of entry and exit of airships, towing, and numerous rationalization proposals were successfully put into practice.

Sergei Vladimirovich is an active participant in the social life of the squadron. How much more could this talented aeronaut-engineer have accomplished if the tragic catastrophe had not cut short his young life.

V.G. Lyanguzov

Second assistant to the airship commander

The second assistant commander of the airship "USSR V-6" Vladimir Georgievich Lyanguzov in 1934, at the age of 25, received the title of mechanical engineer, graduating from the Institute of Airship Construction Training Combine.

Like the airship commander, he came from a working environment, began his working life early, and just as early, at the age of 15, he joined the Komsomol. A former student at a tannery, Vladimir Lyanguzov persistently and persistently mastered the art of aerobatics. He did not know forced landings and accidents. He exceptionally loved his job, constantly working to improve his technical level in order to be always ready to carry out important tasks, such as faithful son of his wonderful country, like a faithful son Lenin Komsomol. He was repeatedly elected to the governing bodies of the Komsomol organization of the airship squadron. He flew on the airships "B-3", "B-5" and "B-6". The total flight time exceeded 750 hours.

T.S. Kulagin

Third mate of the airship

Taras Sergeevich Kulagin was born in 1911 in Rostov-on-Don. His father was a mechanic, his mother was a professional revolutionary.

At the age of 14, working as an assistant in a mechanical workshop at the power plant. Klasson, he was already a cultural leader of the Komsomol committee.

Comrade Kulagin graduated from the Airship Training Center in 1935 with a degree in mechanical engineering. He worked as a ship technician, then as a ship engineer. While studying in 1931, he joined the party. Taras Sergeevich successfully mastered the technique of his favorite business, he was a party organizer of the flight group, actively participated in party life, being deputy secretary of the party committee of the Aeroflot Aeronautics Directorate. He flew on the airships "B-1" and "B-6", on the latter he was a naval engineer. His total flight time was more than 600 hours.

A.A. Ritsland

The first navigator of the airship

Alexey Alexandrovich Ritslyand deservedly enjoyed the reputation of the best navigator of the Union. On the historic flight to the North Pole, he was on the USSR N-171 aircraft. For participation in this expedition, Comrade Ritslyand was awarded the Order of Lenin. In 1936, Comrade Ritslyand, together with Hero of the Soviet Union V.S. Molokov, made a long Arctic flight on the USSR N-2 aircraft. The government then awarded him the Order of the Red Banner of Labor.

Comrade Ritslyand was born in 1904 into a peasant family in the village of Aleksandrov, Kudirevsky district, Kalinin region. In 1922 he graduated from high school. In 1923 he worked in agriculture. In the fall of this year, he entered the Leningrad Artillery School as a cadet, from where in 1926 he was sent to the school of pilot observers. After graduating from school in 1928, Alexey Alexandrovich was appointed as a flight engineer to the N-sky aviation squadron. Then he is sent to school special services to the communications instructors department. After graduating, he again works in his unit as a flight engineer and also as a communications instructor. In 1929, Comrade Ritslyand was appointed head of the fleet's communications and the following year - head of the squadron's electrical and radio service. Alexey Alexandrovich held this job until 1932. In 1933, he entered the Main Northern Sea Route as a navigator-radio operator and worked until recently in polar aviation.

The name of the remarkable Soviet pilot, the proud falcon of our homeland, Alexei Ritslyand, is forever inscribed in the golden pages of the history of the conquest of the Arctic.

G.N. Myachkov

Airship second navigator

The son of a Cossack, Georgy Nikolaevich Myachkov, dreamed of becoming a pilot. As a 20-year-old boy, he arrived in Leningrad in 1925. But he managed to enroll in pilot school only a year later. After graduation, he worked as a pilot instructor. In 1933 he began working as a navigator on an airship.

Comrade Myachkov’s knowledge of the matter and accuracy were reflected in the well-prepared and carried out long-term test flight of the airship “USSR V-6”. In 1937, Georgy Nikolaevich flew on the airships “V-1”, “V-2” and “V-8”. His total flight time on airships is over 1000 hours. The navigator, Comrade Myachkov, put his whole soul into what he loved.

He died at his post as a faithful son of his homeland.

ON THE. Konyashin

Airship senior flight mechanic

Nikolai Konyashin began his studies at the Moscow Aeronautical School without interrupting his work. At that time (1930) he worked as a motor mechanic at the construction of the Moskomstroy trust.

In 1932, Komsomol member and candidate of the All-Union Communist Party (Bolsheviks) Comrade Konyashin graduated from school early and was sent as a flight mechanic to the Komsomolskaya Pravda airship.

In 1933, Comrade Konyashin was drafted into the Red Army, where he continued to improve in his specialty. After demobilization from the ranks of the Red Army, Konyashin continued to work in the airship squadron, flying on the airships "V-1" and "V-6", having flown about 1000 hours. Nikolai Alekseevich is an active participant in the social life of the squadron, most recently he was the chairman of the trade union committee of the squadron and a member of the Komsomol committee. Energy, perseverance, resourcefulness, especially during difficult flights, fast, accurate execution of tasks - these are the traits of the untimely death of the Bolshevik Comrade Konyashin.

K.A. Shmelkov

The first flight mechanic of the airship

Konstantin Alekseevich Shmelkov was born in Moscow in 1903. From the age of 16, he worked for hire as a courier, then as an artisan shoemaker at home. He has been studying at art school for four years. In 1925 he was drafted into the Red Army. At the beginning of 1926 he was demobilized due to illness.

In 1932, Shmelkov graduated from aeronautical school. From now on, Konstantin Alekseevich is the airship's flight mechanic. Comrade Shmelkov copes brilliantly with the most important tasks. He dreams of studying, improving his qualifications, and long-distance flights. Comrade Shmelkov flew as a flight mechanic on the airships "V-3", "V-4", "V-6" and "V-8", having flown about 1000 hours.

That is why with such joy he accepted the offer to fly to Murmansk, and then to help the Papaninites.

M.V. Nikitin

Airship flight mechanic

Until 1926, Mikhail Vasilyevich Nikitin was engaged in agriculture in his home village on the Okhotniki farm, Zaraisky district, Ryazan province.

As a 17-year-old boy, he came to Moscow, where he entered school at the 1st calico printing factory. In 1928, he went to work in municipal construction, first as a laborer, then as an electrician. In 1929, Comrade Nikitin was sent by the Komsomol organization to an aeronautical school, from which he graduated 3 years later. At the same time, he graduated from gliding school, receiving the title of soar pilot. In 1932, Mikhail Vasilyevich worked as a flight mechanic. He has been repeatedly awarded for his impact work. 1933-34 he spends time in the ranks of the Red Army.

Since 1935, Comrade Nikitin was again on the airship. He flew on the airships "B-4" and "B-6", his flight time on airships exceeded 500 hours.

The image of this simple and modest man will never be erased from the memory of his friends and comrades.

N.N. Kondrashev

Airship flight mechanic

Nikolai Nikitich Kondrashev was born in 1907 in the Izdeshkovsky district, Western region, in the family of a railway worker. After graduating from a rural school and then a city one, he studied at the Moscow Aviation Technical School and the Leningrad Military Technical School.

Since 1932, Comrade Kondrashev has been an airship flight mechanic. Nikolai Nikitich did an excellent job with his duties and was rightfully considered a Stakhanovite in aeronautics, and was repeatedly awarded. Comrade Kondrashev flew on the airships "V-1", "V-2" and "V-6", having flown about 800 hours.

V.D. Chernov

Airship flight operator

Komsomol member Vasily Dmitrievich Chernov was born in 1913. His father was a shoemaker, his mother a housewife. In 1931 he graduated from nine-year school.

Since 1934, Chernov has been the flight operator of the airship squadron. He always performed his duties impeccably. The operation of the radio is trouble-free and good, - note the test reports of the airships on which Comrade Chernov worked. Vasily Dmitrievich flew on airships "V-1", "V-2", "V-7", "V-8" and "V-6", his total flight time was about 700 hours.

Vasily Dmitrievich worked tirelessly on himself, increasing his technical knowledge.

A terrible catastrophe ended the life of this modest man early, good friend, a talented radio operator.

DI. Degree

Airship flight forecaster

In 1928, 20-year-old baker Davyd Gradus decided to change his profession. He entered a military school for meteorological courses and a year later became a meteorologist.

Since 1930, Davyd Isaevich has been working in units of the Red Army Air Force; after demobilization, he goes to work in an airship squadron. In 1933, he was appointed head of the meteorological service at the airship port. Comrade Gradus is a permanent participant in all long flights of the USSR V-6 airship.

A good weather forecaster, Comrade Gradus, was an active social activist. He treated people with care and sensitivity and was universally loved.

Heading north

Yu. Boyko, aeronautical engineer. Newspaper "Red Star", 1988.

The USSR-B6 launched from an airship located in the Dolgoprudny area, near Moscow, with nineteen aeronauts on board. He took off and headed for the Arctic. Somewhere there, in white silence, a polar station was in disaster - four brave ones: I. Papanin, E. Krenkel, P. Shirshov, E. Fedorov. On a broken ice floe they were carried out into the Greenland Sea and pulled into the warm Atlantic by the current. Urgent measures were required to save the polar explorers.

But how to get there - quickly, with a carrying capacity of vehicle? An airship is what could be the solution to the problem. It could. If not for the tragic accident that interrupted the flight of the courageous balloonists...

You often wonder how dramatic the fate of other technical solutions is. Either they experience complete recognition, a boom, or after a series of accidents and disasters they are in complete oblivion. So that later, many years later, at the next round of scientific and technological progress, it will be reborn again - to absorb the hopes of designers, scientists, engineers... Airships have such a fate.

In the 1930s, the country had a fairly powerful fleet of aeronautical equipment, and most importantly, we trained excellent pilots - seasoned in long flights, courageous, decisive, ready for any challenge.

Then, at the beginning of 1938, the country lived with the fate of the Papanins. They had already been on the ice floe for 260 days, having drifted about 2,500 kilometers from the North Pole, where planes landed them on May 21, 1937.

Here is what Red Star wrote in February 1938:

“On February 2, Krenkel radios Mainland: in the area of ​​the station it continues to break up fragments of fields no more than seventy meters long. The ice level is nine degrees to the horizon; landing within sight is impossible. We live in a silk tent on an ice floe fifty by thirty meters. Our coordinates are seventy-four degrees three minutes northern latitude and sixteen degrees thirty minutes west longitude."

“...The icebreaker “Taimyr” with the aircraft “U-2”, “Sh-2” and a gyroplane on board on February 3 left Murmansk to join the patrol vessel “Murmanets”, which for a week has been desperately biting into the meter-long ice three hundred kilometers from the Papanins..."

“...The preparation of two crews is being accelerated, which on TsKB-30 aircraft under the leadership of the famous polar explorer pilot Hero of the Soviet Union I.T. Spirin will be flown from Moscow to Murmansk, and from there, on the instructions of the management of the work to remove the Papanin soldiers...”

“...In Kronstadt, the repairs of the icebreaker Ermak are urgently completed, on which O.Yu. is supposed to go to the rescue site. Schmidt..."

But from Kronstadt to the ice floe of the brave four there are two weeks of haste!

On February 2, the commander of the airship squadron Nikolai Semenovich Gudovantsev, on behalf of the crew of the airship "SSSR-V6", addresses the head of the Main Directorate of the Civil Air Fleet V.S. Molokov with a report on permission to fly on an airship to save the Papaninites. On the same day, the proposal was considered by the Central Committee of the All-Union Communist Party of Bolsheviks. And on February 3, by order of the government, the long-prepared test non-stop flight of the airship “SSSR-B6” along the Moscow-Novosibirsk-Moscow route was canceled so that in two days it could fly north.

The airship crew is being strengthened the best specialists squadrons. The equipment is carefully checked, and supplies of food, fuel, and warm clothing are stowed on board. An electric winch is specially installed, with the help of which the double cabin is lowered and raised. This cabin, according to calculations, will have to deliver the Papaninites from the ice floe to board the hovering airship. Preparations for the launch were carried out around the clock without a break.

On February 4, at a meeting in Dolgoprudny dedicated to the upcoming flight, A.I., a member of the government commission for rescuing the Papanins, speaks. Mikoyan. The response on behalf of the crew is given by the ship's commander Nikolai Gudovantsev and flight engineer Vladimir Ustinovich. There is one day left until the start.

In terms of basic flight performance characteristics, airships were then significantly superior to airplanes. Their carrying capacity reached 100 tons, their flight range exceeded 10 thousand kilometers, and they could stay in the air for several days without landing.

In the most difficult years of the formation of Soviet power, the fight against devastation, hunger, and during the years of the first five-year plans, we managed to find reserves in order to work on the creation of gas-tight fabrics for shells, special aircraft engines, and instruments. Aeronautical schools, airship training and research plants operated successfully.

Fourteen airships were built in the country at that time - six soft and eight semi-rigid. Two types of original all-metal devices were created.

In 1932, the Soviet government invited the famous Italian designer of semi-rigid airships, Umberto Nobile, to work at Dirigablestroy, who was forced to leave his homeland due to persecution by the Nazis. At Dirigablestroy, Nobile headed the design department and managed the USSR-V6 project. It must be said that from the very beginning of the design of this device, the defense company Osoaviakhim took patronage of the work. So the airship was designed by young people, built by young people, and flown, of course, by young people.

The project, outlined in more than 3,000 drawings, was completed in August 1933, and the airship was assembled in three months (for comparison, in Italy it took approximately six months to assemble devices of a similar type).

"SSSR-V6" became the largest airship in the country. Its shell had a volume of 18.5 thousand cubic meters. m, length - 104.5 and width - 19.5 m. Three engines with a power of 265 hp each. With. ensured the speed of the airship with a load of 8.5 tons up to 110 km/h. The flight range reached 4.5 thousand km. In 1937, this device set a world record for flight duration without refueling - 130 hours 27 minutes. By that time, the USSR-B6 had repeatedly made non-stop flights to Leningrad, Petrozavodsk, Kazan, and Sverdlovsk.

But all these were “native walls”. And here is the Arctic, it’s not to be trifled with. Still fresh in my memory tragic fate crew of the airship "Italy".

Risk? Of course he was. But doesn't a person take a risk by rushing into ice water saving a drowning man or breaking into a burning house to carry out a comrade who has lost consciousness there?

It is worth mentioning how the crew was selected. The commander of the airship, Nikolai Semenovich Gudovantsev, is an experienced aeronaut. In 1930, even before graduating from the Moscow Higher Aeromechanical School, he flew on the Komsomolskaya Pravda airship, and two years later he was appointed commander of the USSR-VZ ship. In 1935 he graduated from college and received the specialty of airship mechanical engineer. From the beginning of 1938 - commander of a squadron of airships. His flight time exceeded 2,000 hours. For participation in one of the rescue operations he was awarded the Order of the Red Star.

The second commander, Ivan Vasilyevich Pankov, the son of a Mordovian peasant, worked at a textile factory as a mechanic. In 1926, after graduating from the workers' faculty, he entered the aeromechanical faculty of the Moscow Higher Technical School. Upon completion, he is appointed assistant commander of the airship, then commander. It was he who led the crew of the USSR-B6 when the world record for flight duration was set in 1937.

First assistant commander Sergei Vladimirovich Demin, a former Komsomol worker, two years before graduating from the airship training center in 1934, already flew as an airship commander. He was a permanent member of the main crew of the USSR-V6 ship.

First navigator Alexey Aleksandrovich Ritslyand is one of the best aviation navigators in the country. In 1936, he was part of the crew of V.S. Molokov during a large Arctic flight on the USSR-N-2 aircraft. For this flight he was awarded the Order of the Red Banner of Labor. In May 1937, he participated in the Papanin landing at the North Pole, for which he was awarded the Order of Lenin.

The rest of the participants in the upcoming expedition are also not beginners; they had many hundreds of hours of flight time behind them. Only one radio engineer, A. Vorobiev, launched on an airship for the first time - he was tasked with testing the performance of the new radio semi-compass in northern conditions on a flight to Murmansk.

Start day. The weather forecast is unfavorable. Cyclones along the entire route to Murmansk. But we must not hesitate.

From newspapers:

“...The situation off the coast of Greenland has worsened. Strong wind, snowfall. The Taimyr is breaking through the ice more slowly than expected. "Murmanets" has lost control and is drifting along with the ice. It is proposed to send a submarine to the disaster area so that, having found a hole in the hole, it can surface and remove the Papaninites.”

Start. As soon as we got up, the chatter began. The floor was disappearing from under my feet. The ship either leveled off or rushed upward. Approaching Kandalaksha, the airship found itself in a zone of heavy snowfall. At 18:56 on February 6, the USSR-B6 was recorded flying over the Zhemchuzhnaya station. There were 39 km left to Kandalaksha. But soon the connection with the ship was lost.

What was happening on board at this time? Flight engineer Vladimir Adolfovich Ustinovich says:

On the afternoon of February 6, I began to notice how both navigators were anxiously checking the barometric altimeter readings with the map and landmarks. It turned out that the altimeter readings did not correspond to the heights of the hills over which the airship was flying. What should you trust - the altimeter or the map? The commander decided to fly at an altitude of 600m, that is, above the hills marked on the map.

19 hours 30 minutes - senior flight mechanic N. Konyashin made a tour of the airship. “There is order on board, commander,” he reported to Nikolai Gudovantsev. During the 24-hour flight, full of difficult struggles with blizzards, squally winds, and bumpy conditions, not a single component, instrument, or part on the ship failed. This gave me confidence. Already passed the Northern Arctic Circle, after Murmansk they will go over the Barents, then over the Greenland seas... But trouble was already creeping up.

Flight engineer Ustinovich recalls:

I was relaxing in a hammock above the crew gondola before my watch when I was awakened by a terrible blow and the cracking of trees. I felt the smoke and realized that we were burning. But there’s a giant “tank” of hydrogen overhead! I already had to burn in an airship, as they say, I experienced first-hand what it smells like. It broke through the keel skin and fell out. The burning fragments of the airship broke in the trees and fell down. The snow was deep, at least a meter. And it saved me. Someone moaned nearby, crawled up to him, and pulled him away from the fire. It was mechanic Novikov. The tail motor gondola in which he was located was suspended on cables from the keel; when the airship struck, it came off and fell from a height of about twenty meters. Six of us gathered - besides me and Novikov, A. Burmakin, D. Matyunin, who were on duty in the engine gondolas, the fourth assistant commander V. Pochekin and A. Vorobiev were saved.

Pochekin later recalled how navigator Georgy Myachkov was the first to see the mountain and raised the alarm. How the team turned the controls, trying to lift the nose of the airship and increase the altitude. But the mountain was inexorably approaching - black, shaggy. The tops of the trees hit the windows hard, the gondola was thrown up, shook, the structure could not stand it and began to fall apart. The fire was most likely caused by crashed phosphorus bombs, which were supposed to be used when landing at night in a directionless area. Yes, if it weren't for the fire. Then most of the crew would have been saved...

The disaster occurred 18 km west of the White Sea station. The wreckage of the airship was found 150 meters from the top of Neblo Mountain. Early in the morning, cross-country skiers and border guard soldiers came to the rescue from the Kandalaksha station. A day later, all the country's newspapers published news of the tragedy of the crew of the airship "USSR-V6". The country mourned the deaths.

Is it their fault that there were no reliable navigation instruments yet, that they had to use maps of the 1895 model? “Desyativerstki” sometimes did not correspond to the true geography of the regions. This is what happened on Neblo-mountain. Bold, but very needed by the country the flight, unfortunately, ended tragically.

Time passed. Projects of new airships For a long time gathering dust on the shelves. They were forgotten, all attention was focused on aviation. Today, experts are again talking about the advantages of aeronautical technology and its prospects. Ideas are born - one more tempting than the other. Air giants can now be built differently - from modern materials using modern technology, equipped with first-class equipment.

Happened at Neblo-Mountain

V. Chertkov. Pravda newspaper, 1988.

I kept trying to imagine Ustinovich in a deep forest among his dead comrades, among the wreckage of an airship, but I couldn’t, and then I asked Agafon Vasilyevich Moshnikov, who led me to the scene of the disaster five years ago:

What did he say when he saw you?

I remember looking at the worn-out piece of paper handed to me by Moshnikov, which he had kept since 1938. There were six names on it: Ustinovich - naval engineer, Pochekin - fourth assistant commander, Novikov, Burmakin, Matyunin - flight mechanics, Vorobiev - radio operator engineer. He copied them then, miraculously surviving, and for many years he remembered how he went out to the wreckage of the airship, how he met Ustinovich, shocked by what had happened, in a coniferous thicket near the White Sea.

There were nineteen of them in total on board. The dead aeronauts have been looking at me from the pages of Pravda fifty years ago. Thirteen young lives were cut short on Neblo Mountain near Kandalaksha. I get acquainted with the biographies of heroes published in the newspaper on February 9, 1938. All of them are somewhere around or a little over thirty. How little they lived, but how much these people did.

Not without excitement, I read: “For the last six years, Ritsland has worked in polar aviation. He carried out ice reconnaissance in the Barents and Kara Seas, participated in an expedition to rescue the Chelyuskinites, laid out air routes over the Yenisei... In 1935, together with Molokov, he made an exceptionally difficult flight along the route Krasnoyarsk - Yakutsk - Nogaevo - Uelen - Nordvik - Krasnoyarsk. The next year, together with his commander, he made an unprecedented voyage along the entire coast Soviet Arctic, covering 30,000 kilometers by air. Exceptional skill of A.A. Ritsland showed in the air expedition to the North Pole."

“On the evening of September 6, 1935, the airship B2 Smolny landed at the airfield in Donbass. People were running to the landing site from all directions. They surrounded the airship and climbed into the gondola. Meanwhile, the team was busy strengthening the airship on the ground. Suddenly a sharp, gusty wind blew in. The iron corkscrews holding the airship were instantly torn out of the ground, and the ship began to rise. A man separated from the crowd. He quickly grabbed the dangling rope and began to climb up it, constantly risking falling. The airship was already at an altitude of 120 meters when the daredevil reached the gondola. This was the commander of the ship N.S. Gudovantsev. He immediately took control of the ship, and after some time the Smolny landed safely at the airfield.”

Lines from only two biographies, although an example is each of nineteen. They were entrusted with a trial, training flight on the route Moscow - Murmansk - Moscow. On the evening of February 5, fifty years ago, the airship "SSSR-B6" set off on this flight in order to, if it was successful, resolve the issue of sending this airship to the Papaninites and removing them from the collapsing ice floe.

TASS reported: “The airship safely passed over Petrozavodsk, Kemyu and by 19 o’clock on February 6 it was approaching the Kandalaksha station... At about 20 o’clock alarming messages were received from local residents who observed the flight of the airship at about 19 o’clock in the area of ​​the White Sea station (19 km to Kandalaksha ). Residents heard some kind of strong rumble, after which the noise of the airship's engines died down, and it itself disappeared from sight. Search teams were immediately sent to the area of ​​the alleged accident.”

Agafon Vasilievich Moshnikov, who was among the first to discover the surviving balloonists, left with one of them. In my notebooks from five years ago, I still have lines about this man. When I asked about his fate in the city party committee, they told me:

Ours, Kandalaksha, is alive and well. We can go see him, he lives nearby, and then we’ll look at Aeronauts Street - named in memory of them.

A few minutes later I met Moshnikov, a strong, quick man beyond his years. He skied on 37 Northern holidays until he was 70 years old, when he covered 27 kilometers. And got into the war ski battalion, defended the Kola Peninsula. He was wounded in one of the reconnaissance operations and did not know that he had been nominated for the Order of Glory for a raid behind enemy lines: the award found him only in peacetime.

Agafon Vasilyevich went through a difficult life. At the age of nine, I became an apprentice at a timber mill, then tried myself in various jobs - I was a fisherman, a driver, a loader, and a cash collector... The owner of the apartment dressed quickly, with jokes, when he asked him to go with me to the place where the airship crashed.

Yes, it’s very close! - he reassured, obviously remembering his difficult journey there in 1938.

If we had not had an experienced driver behind the wheel, we would not have covered those forest kilometers. Boulders, a broken track, sometimes humping, sometimes carrying the wheels of the car into gullies with muddy slurry - a typical logging route. We peered down the road with the hope of catching our eye on at least one flat spot, but it was never found before the geological village of Neblo-Gora.

“Wow, where did I find them,” Moshnikov pointed to a hill crushed by the fog. - They selected good skiers, and I always ran like crazy, and three parties were sent by rail to the White Sea station. From there we went searching in the snow, through windbreaks, until we came across them, those six, on the traces of the disaster. There's still debris there. It’s a pity, it was bad weather, the light was obscured, otherwise we would have gotten to the place itself... As I said, I met Ustinovich first. Is he alive now?

I know, I know that you were five years ago at the site of the death of “B6”...

What is the fate of the rest of the survivors? - I can’t wait.

I'll come and tell you.

I must admit, I was somewhat embarrassed when I saw him. It seemed to me quite powerful (after all, it broke through the keel skin and got out of the burning airship), although, of course, it was necessary to look back at the past years - they will change anyone, after all, fifty years have passed since the day of the disaster. No, in front of me was not a man crushed by time, but simply not one of those who was both tall and successful. But there is still so much life, soul, and fire in him that he would envy other young people.

And only now I understood why then, five years ago, having met Moshnikov, I fiddled with my imagination, trying to see Ustinovich in the forest after the fall of the airship. I was tormented by the question: “What were they like, these people?” The answer was partly found at the Novodevichy cemetery in Moscow, where thirteen aeronauts are buried. On the bronze plate of the monument is engraved: “The best sons of the Motherland, the founders of Soviet aeronautics, who devoted themselves to the advanced ideas of the great Soviet people to the end, perished in the disaster.” And now, when Ustinovich, explaining the need for the voyage, noticed that the Papaninites had an ice floe fifty by thirty meters left, I fully understood the basic formula of their life: “When you die, help your comrades.”

What was the fate of those who survived with you?

Not everyone remained unharmed. Novikova was squeezed chest, and he was sick for a long time. Pochekin, Vorobyov, Burmakin served, like me, in air force, passed the front. Pochekin was shot down and ended up in the Bryansk forests, where he commanded a partisan detachment. Of them, only there is no information about Burmakin, no one is alive.

But that's not all...

And Dmitry Ivanovich Matyunin only recently, just a month or two, retired. He worked as a test mechanic at one of the enterprises. I live next door to him in the city of Dolgoprudny, Moscow region, where, by the way, the ship “USSR-B6” was born. It was created under the leadership of Umberto Nobile, an Italian airship builder and famous polar explorer who worked in our country for several years. The main consultant was K.E. Tsiolkovsky, whose ideas in the field of airship construction are widely known and are expressed in such works as “The airship is the basis of air transport”, “What an airship should be”, “My airship and stratoplane”, “Steel airship”...

I think the time of airships has not passed. Or maybe they are the future. Then, in the twenties and thirties, their raids amazed and excited the imagination. The first trans-Arctic flight was made by R. Amundsen on the Norway. Umberto Nobile reaches the North Pole in Italy. “SSSR-V6” remained continuously in the air for 130 hours and 27 minutes, setting a world record for flight duration. The world's first female airship crew appears, the commander of which is V.F. Demina, the wife of the assistant commander of the USSR-B6, S.V. Demina.

So what happened to your ship? - I ask Ustinovich. - And where were you at the time of the impact on the mountain?

About thirty to forty minutes before the disaster I was standing at the helm. The airship commander Gudovantsev says: “Murmansk is coming soon. Go sleep. As an engineer, you will have a lot of work to do on the ground.” And I went to my hammock. Then there was a blow, another, another... And a sea of ​​fire.

At that moment, when Ustinovich was settling down to rest, a chain of fires appeared to the side. “We need to ask Murmansk what kind of lights they are,” said Gudovantsev, but did not have time to fulfill his intention... Although at the last moment he threw the airship up.

We flew on ten-verst maps compiled according to data from the beginning of the century. They did not show a single high mountain in the Kandalaksha area. They walked quite low, so the railway workers became worried - no one had ever flown this route, so they laid fires along the steel track, inviting them to orient themselves towards them. But it was too late. Sky Mountain appeared in the path of the airship.

In the “Collection of scientific and technical works on airship construction and aeronautics” for 1938, published in a circulation of five hundred copies, I find stories of other witnesses to the disaster.

Fourth assistant commander V.I. Pochekin: “I heard navigator Myachkov shout: “We’re flying up the mountain!” They sharply lifted the nose up and ordered me to turn the steering wheel to the right. A few seconds later I heard a noise: the ship was touching the trees. Then there was a sharp crack. I found myself among a pile of ship wreckage, and a shell covered me on top. A fire started immediately. Suddenly I fell out of the airship into some hole. Novikov, Ustinovich, Matyunin, Vorobiev were also here. My comrades were in such a state that they could not utter a word.”

Flight mechanic K.P. Novikov: “The light went out. Feeling the need to turn off the engine, I groped for the switch. I search, but I don’t find the door. With my bare hands I lift the burning material, squeeze through to the waist, and pull out my stuck leg. Finally freed. My hair and clothes are burning, I’m burying myself in the snow. I can’t get up and decide to roll away from the burning airship. I hear Ustinovich’s voice: “Who is still alive?” Six people gathered. They made a fire. On the morning of February 7 we were found.”

It seemed that all of Moscow came out to say goodbye to the dead balloonists. Urns with the ashes of thirteen aeronauts were carried in their arms from the House of Unions to the Novodevichy Cemetery. Those who did not die in the forest near the White Sea remained devoted to heaven.

Saving the Four

P.P. Polezhaev. Newspaper "Forward" dated 02.02.1988

1953 I then served in the North in Soviet army. We had to ski 47 km.

The commander drove to the head of the column and gave the command to follow him. He decided to show us, who arrived from different garrisons 300-900 km away, something that we did not know about.

Coming out into a small clearing, our officers saw modest monument. There are 13 names on the marble tablet. Imagine my surprise: all the names are familiar to me. Here, in the distant Arctic, the heroes laid down their lives. These were the people - the beauty and pride of the plant where I had previously worked. I drive closer to make sure again and again. There was no doubt. I took off my hat. All senior and junior commanders followed me, as if on command. Everyone wanted to know the details of the death of their comrades, ask about it from those who served here before the war and from local residents. I also had to answer hundreds of questions.

As is known, after the October socialist revolution The Soviet government began studying and developing the Northern Sea Route. Along with this, in the thirties, the central Arctic was also studied by all kinds of expeditions.

In May 1937, a group of four scientific workers, which collected very valuable material. After a nine-month drift, by the end of January 1938, the station approached the eastern shores of Greenland. Ice conditions in the area of ​​the first Soviet station “North Pole”, where the brave four polar explorers, led by D.I. Papanipym, has deteriorated sharply. The ice floe was torn apart by a storm, and the polar explorers were left on its wreckage. Cracks appeared all around.

The Soviet government made a decision: to urgently remove the winterers from the ice floe. The icebreakers Taimyr, Murmansk, and Ermak were sent to rescue the Papaninites. The path is long. The question arose: will they have time?

Then the crew of the airship "USSR V-6" turned to the Party Central Committee with a request to send them to save the brave four. "USSR V-6" was at that time the best airship in the world. It was designed at the factory where I worked. It was built by our workers and engineers and rolled off the stocks in 1930. The handsome airship sailed several times over the jubilant festive Red Square, took part in parades in Tushino, and set several world records for duration, flight range and cargo lifting. The flight crew was confident that the task of the party and government would be fulfilled.

On February 5, 1938, a lot of people gathered on the airfield. Plant workers and members of their families came to see off the brave souls, and members of the government commission headed by L.P. came. Mikoyan. It's already dark. Illuminated by the beams of a searchlight, the airship disembarked, made a farewell circle and headed north.

Communication was maintained with the ship. He safely passed Leningrad, Petrozavodsk, Medvezhyegorsk... But suddenly a tragic message about the disaster arrived...

The place where the USSR V-6 airship crashed is Mount Neblo, whose height is more than 550 meters above sea level, semi-rocky, with steep slopes. In 1972, together with D.I. Matyunin, I had the opportunity to attend the opening of a monument to brave airship pilots on this mountain.

Participants in the opening of the monument on September 2 climbed Mount Neblo along the steep slope of the mountain, under a piercing wind, under cutting rain. The strong wind seemed to try to drown out the voices of those speaking at the rally, but it was unable to do so, just as time cannot erase in our memory the names of the brave aeronauts who died here.

The fate of the last airship of Umberto Nobile

Yuri Grigorievich Eremin, aeronautics historian, member of the Geographical Society.

Fifth International Scientific Readings dedicated to the memory of I. I. Sikorsky and the creative heritage of outstanding Russian aviators.

Volume I - Reports of the Aviation History Section. St. Petersburg, 2004

Many years of experience in the construction of semi-rigid airships at the beginning of the 20th century. reached its peak in Italy. The first type of such devices, created in France by Joliot (the “Lebodi” type), was successfully developed by the Italian engineers Crocco and Riccaldoni, and then by Forlanini. Since 1917, U. Nobile became involved in this work. Together with Uzuelli, Prassone and Crocco, he participated in the design and construction of the T-34 (Roma) 34,000 cc airship. m. After U. Nobile became director of the aeronautical structures plant in Rome in 1920, he made many improvements to the design of the new SC, RM and OS airships. And finally, the airship N-1, built in 1923, with a volume of 18,500 cubic meters. m can be considered the creation exclusively of Nobile (the initial letter of his surname is the name of this type of airship). It should be noted that the airship N-1 was built in two copies. The first, operated by the Italian Navy, was built from cheap but heavier materials and therefore had limited autonomy. The second copy was built in 1926 to participate in the Amundsen-Ellsworth-Nobile polar expedition and was greatly improved and lightened. Purchased by the Norwegian Aero Club, the airship was named "Norway". His successful flight along the route Spitsbergen - North Pole - Alaska took place on May 11-14, 1926.

The next airship Nobile N-2 (7100 cubic meters) was sold to Japan, and N-3 (7500 cubic meters) was built in Japan itself with consultation from the designer. Airships were built based on the designs of Nobile's metal keels in Germany, France, and the USSR.

The airship N-4 (18,500 cubic meters), built in 1927 according to the N-1 type, but lighter, was named “Italy”. In May 1928, starting from Kingsbay (Spitsbergen), this airship made three research flights. In the latter, when returning from the North Pole on May 25, he suffered a disaster.

It is worth mentioning the airship N-5 (55,000 cubic meters), which was built in 1925-1926. and which was supposed to fly to Rio de Janeiro and Tokyo. But the Italian Ministry of Aviation unexpectedly stopped construction of the almost finished airship.

One of the last airships built according to Nobile's design was the Soviet USSR V-6 (Osoaviakhim) with a volume of 18,500 cubic meters. m. U. Nobile first visited our country in January 1926 in connection with the upcoming flight from Europe to America via the North Pole. In 1931, he visited the USSR again to take part in the search for the airship "Italy" on the icebreaker "Malygin". Unfavorable ice conditions in the Arctic did not allow this expedition to be carried out at that time. That same year, Nobile entered into an agreement with the Soviet government to work at Dirigiblestroy. For five years (1932-1936) he was involved in the design and construction of aircraft as a designer and consultant, as well as in flight training as a chief pilot. According to his projects and with his participation, such airships as the USSR V-5 (2340 cubic meters) and the mentioned USSR V-6 were created. In the Soviet Union, Nobile carried out extensive educational work on aeronautics: He gave lectures in Russian to students at the Airship Training Center (DUK), published articles in newspapers and magazines, and taught flight practice to the first aircraft commanders. According to test engineer K. G. Sedykh, Nobile had a dream to build an airship with a volume of 52,000 cubic meters. m, for which a project had already been made in working drawings, but since 1939, airship construction in our country was curtailed, and completed and unfinished ships were dismantled.

The USSR airship V-6, despite a number constructive changes and technological innovations, basically repeats the N-1 type. Here are some of its characteristics: length 104.5 m, midsection diameter 18.85 m, height 25.5 m; total power of power plants is 810 hp. (three Maybach engines of 270 hp each); flight weight 21,340 kg, of which dead weight 11,700 kg; payload 9640 kg. Maximum speed at an altitude of 300 m - 111 km/h, operating speed 92 km/h.

In connection with the entry into operation of this largest airship in the country, the leadership grew stronger in the idea of ​​​​using it in the Arctic, especially since, according to the terms of Nobile’s agreement with Dirigiblestroy, he was supposed to lead the flight on this airship to the North Pole. After its first flight on November 5, 1934, the following year the airship made a training flight north to Arkhangelsk; Nobile also took part in this flight as chief pilot. At the same time, lines of communication with Western and Eastern Siberia were conceived. In 1936, the project of permanent flights along the route Moscow - Arkhangelsk - Dikson - Igarka was seriously considered. For this purpose, it was brought to Dikson Island, Amderma and Igarka necessary equipment along with fuel and lubricants. According to the testimony of aeronautics veterans, on September 25, 1936, this project was reported to I.V. Stalin, and he allegedly said: “Why do we need to go into these deserted areas when we need to connect industrial centers?” In addition, in the spring of 1936, the gas shell of the B-6 began to “leak,” which was the reason for its long repair. After repairs and modernization of the airship, its volume increased to 19,500 cubic meters. m. The first control flight took place only on January 27, 1937.

However, the management of Dirigiblestroy did not abandon the thought of Arctic flights. Thus, in May 1937, it was planned to use the B-6 for a flight to the North Pole from Kingsbay Bay (Spitsbergen), where there was a metal mooring mast and a boathouse. The starting team of 200-300 people was supposed to be formed from workers of Soviet coal mines. But this plan also did not come true - planes flew to the pole. But the whole of 1937 was spent in preparation for the opening of the Moscow-Sverdlovsk airship line, for which the B-6 crew made several large training flights. So, in September there was a flight to Sverdlovsk with mooring to the mast. Then, on September 29 - October 4, the B-6 crew under the command of I.V. Pankov set a world record for flight duration (130 hours 27 minutes) on a circular route. And in December, a flight to Sverdlovsk without landing took place again. Then, for the first time in winter conditions, a catalytic furnace was used to heat the passenger gondola. In January 1938, B-6 began to be prepared to repeat the world record in a straight line on the Moscow-Novosibirsk-Moscow route, and from April 1, it was decided to put it into permanent operation on the Moscow-Sverdlovsk route (three flights per month).

And yet, emergency circumstances once again connected the balloonists with the Arctic: urgent assistance was required to the polar explorers of our first drifting station under the leadership of I. D. Papanin. The SP-1 station began operating immediately after the landing on May 21, 1937 by Aeroflot aircraft. It was assumed that the drift of the ice floe would last at least a year, but after just seven months the ice floe was in the waters of the Greenland Sea, and in another month, in January 1938, it sank 625 kilometers to the south. After numerous storms and compression, by February the ice field of the station had spread into small ice floes. The polar explorers found themselves on a piece of debris 50 m long and 30 m wide. Icebreakers and submarines. The B-6 crew appealed to the head of the Main Directorate of the Civil Air Fleet, V.S. Molokov, with a request for the participation of the airship in the rescue operation. The application was considered by the country's leadership, and on February 3, by order of the government, the B-6 flight to Novosibirsk was canceled and a flight to the drifting ice floe was scheduled no later than February 5. On the day of launch, due to bad weather, it was only in the evening that the airship was difficult to remove from the boathouse. At night the Moscow-Cherepovets section was covered. Fog and icing were observed when approaching Petrozavodsk, where the airship arrived at 12 o'clock on February 6. The further route to Murmansk had to go along the railway line, since the crew had no other means of orientation other than visual. Telegraph communication was maintained only with the base in Dolgoprudny. On the approach to Kandalaksha, in the conditions of the polar night and the beginning of snowfall, the crew lost their way in the area of ​​​​the Zhemchuzhnaya station, where they had to change the direction of movement. Through the blizzard, the crew saw fires, but did not know their purpose. In the last radiogram from 18 hours 56 minutes, the crew asked the base about this, where they also knew nothing about the fires, since they were burned on orders from Leningrad. Some time later, the airship collided with Mount Neblo and crashed. 13 people died in the disaster, six survived.

As soon as the news of the death of the airship was received, a Government Commission was formed to investigate the causes of the disaster. According to press reports, its composition was as follows: chairman - A.I. Mikoyan, deputy chairman - K.G. Kirsanov; members of the commission were G.B. Kharabkovsky, leading designer of Dirigiblestroy, A. M. Baibakov, senior starter of the airship squadron, and employees of the People's Commissariat of Internal Affairs Porudko and Toshchenko. K. G. Kirsanov recalls only one of them, but claims that the military commissar of his squadron, I. O. Samokhvalov, was also a member of the commission. The conclusions of the Government Commission were as follows: the inaccuracy of the map, which did not indicate the mountain. There was unfavorable weather and darkness. But it is enough to look at the map of this area to be convinced: the cause of the disaster is not that the mountain was not marked on the map, but that the bend in the road went unnoticed. At the Pearl Railway station, it makes a turn from NW to NE. And Mount Neblo is located exactly on the continuation of the previous direction NW 320° (the wreckage of the airship on the mountain is approximately oriented in the same way). The airship simply should not have been in the area of ​​this mountain. It is quite understandable why the crew did not notice the turn: darkness, snowfall, blind flight. The distance from Zhemchuzhnaya station to Mount Neblo is 18.5 km. At a speed of 100 km/h, the airship overcomes them in 12 minutes. Perhaps the crew was not yet aware of the missed turn. The statement that the airship maintained a height of 500-600 m contradicts the actual position of the debris on the mountain between 320-340 m (with a mountain height of 446.5 m). The insufficient flight altitude can be explained by one circumstance: it is impossible to visually navigate in cloudy conditions, and going beyond the lower edge of the clouds involuntarily “presses” the airship to the ground. In addition, we must take into account that the airship had 140 m of “false” altitude due to the reduced atmospheric pressure in cyclone conditions (calculation was made based on data from the Kovd and Kandalaksha weather stations). Without communication with local data, it was impossible to make adjustments to the data from the altitude instruments on board the airship. Even having flown past Neblogogora, the airship could have flown into Mount Gremyakha (height 525 m) a little later. Therefore, contrary to the conclusion of the Government Commission, we see the causes of the disaster in the wrong choice of route, bad weather and the lack of reliable navigation aids.

There are several ambiguities and confusion in the history of the death of the airship, which give rise to various myths and speculation about the causes of the disaster. Let us turn to the analysis of some particular and controversial issues, which may clarify real reasons death of B-6.

Route selection. The shortest route to the ice floe ran through Leningrad and Scandinavia. But then our country had tense relations with Finland. This option was rejected. The second option is to fly to Arkhangelsk and then along the coast to Murmansk; there the airship had to replenish gas, fuel, food and partially change the crew, as well as take on board journalists and a cameraman. The crew mastered this route back in May 1935; the terrain here is flat and calm. An ardent supporter of this direction was 1st Assistant Commander S.V. Demin, who even dared to argue with Yezhov himself. The person responsible for sending the airship, A. I. Mikoyan, stopped the argument: fly the shortest route. Therefore, we settled on the third option: Moscow - Cherepovets - Petrozavodsk and then along the railway to Murmansk. This route was chosen only because it was somewhat shorter than the second and passed through more populated and settled areas. The lack of exploration of the route and the mountainous terrain were not taken into account. Many people were pessimistic about this decision. Veterans of "Dirizhablestroy" recalled that someone among the mourners said: they flew to their death. After the disaster, this man was tracked down and arrested.

Communications and navigation. The ship operated a transceiver shortwave radio station, which in flight was powered by a windmill located on board the gondola. The batteries used to light the ship were also charged from the windmill. In case the engines stopped, a battery-powered umformer was installed. A spare engine for the radio station was taken for the flight to the ice floe. Unfortunately, contact was maintained only with the base in Dolgoprudny. There were no reliable guidance devices on board, which is why we had to walk along the road, relying only on keen eyesight. But to access the SP-1 radio station, the American RC-3 radio half-compass was urgently installed. Radio operator A.V. Vorobyov, who installed this device on the V-6, said: “At that time we only had magnetic gyrocompasses, and in the Arctic they worked with large errors. We rejected the German ones due to their short range (30 km), the RC-3 could guide 100 km with great accuracy up to 2-3° (only at night there were large distortions). We walked to Petrozavodsk in complete fog, but thanks to this device we passed directly over the radio station. Unfortunately, it could only be used by tuning into a powerful station. And our semi-compass was specially tuned to Krenkel’s transmitter.” Aeronautics veteran D.S. Spassky is right when he stated: “The disaster was not the fault of either the ship or the crew. It fell on the organizers of the flight, who made a number of mistakes in navigation support” (Komsomolskaya Pravda dated October 15, 1978).

Unfavorable circumstances. A serious factor influencing the fate of the airship was time. If not for the delay at the start, the ship would have made the ill-fated turn at the Zhemchuzhnaya station six hours earlier, in good weather and during daylight hours. Or, on the contrary, if the flight had been delayed for two hours, there would have been no snowfall and the moon would have been shining. It was also a matter of chance that the airship was heading up the mountain in its very middle.

If it had deviated by 100-150 meters, the collision with the mountain would not have occurred. The same is with the flight altitude: if an adjustment had been made to 140-150 m of the “false” altitude, the airship would not have even touched the top. By the way, the calculation was made according to data from the Kovd weather station, where the pressure differed from the norm by 17.55 mb. towards the downside. With a pressure level of 8 m, this gives 140.4 m. These were precisely what was not enough for a safe flight: the airship lies on a slope at 320-340 m above sea level. It is known that history does not know the conditional mood, and it would be possible not to mention these untapped possibilities. But they are an indicator of an excess of risk, bordering on a gamble. You will inevitably agree with the nameless prophet on the wires of the airship.

Low flight altitude sometimes raises the question: was the ship overloaded? Indeed, in a hurry it was loaded to the limit: fuel, oils, tents, ropes, clothing, catalytic furnace, guns, cartridges, aerial bombs, etc. The crew of 19 people is also larger than usual - 16 people. At launch, the airship surfaced with difficulty, and in order not to touch the trees at the edge of the airfield, we even had to dump some of the ballast. On the approach to Petrozavodsk, icing was observed. But by the time of the collision with the mountain, the airship had already lost 3,750 kg of spent fuel. And the loss of gas, according to V. A. Ustinovich, is completely excluded. No one doubted the material part of the ship.

An important and mysterious circumstance is the fact that no maps were attached to the act of the Government Commission. From a note from navigator G.N. Myachkov to his wife, it is clear that the route maps were received the day before departure, and some were handed over just before the start. The navigators got to know them almost as they went along. And during the flight some inaccuracies became clear. V. A. Ustinovich, who was on watch with A. A. Ritsland, shows that the navigator constantly winced when he discovered errors on the map. During interrogations, both V.A. Ustinovich and V.I. Pochekin claimed that the mountain was not on the map. However, A. M. Kuznetsov, the head of the Kandalaksha regional district of the NKVD, who had access to such maps, objects: “There was a mountain on the map.” But Kuznetsov was not a member of the Commission and did the inspection later, on his own initiative. K.G. Kirsanov recalled: “From Moscow our commission was given the command to go to Leningrad and find the flight map.” The charred remains of the “ten-verstka” discovered in Ritsland’s briefcase did not make it possible to find out even the nomenclature of the card. But in Leningrad they were refused cards. According to A.M. Baibakov, in Moscow the same refusal followed at the flight headquarters. Therefore, the commission’s act was presented to the head of the Civil Air Fleet Main Directorate, V.S. Molokov, without maps. In the presence of the commission, he called I.V. Stalin, who ordered the materials to be delivered to him and the commission to be released. So the opinion of the crew members about the absence of the mountain became official. Apparently, this option suited everyone.

The media often claim that the airship hit the top of a mountain, fell and caught fire. This myth has also penetrated the pages of serious literature. Thus, M. Ya. Arie and A. G. Polyanker in the book “The New Generation Airship” write: “The ship, in poor visibility conditions, touched the top of a mountain in the Kandalaksha area and suffered a disaster.” However, elsewhere in the book they correctly assess the situation: “The airship collided with a mountain that was not on the navigator’s map. The fire that started destroyed the ship.”

The authors explain the reason for the collision with the mountain as follows: “On the airship B-6, before the collision with the mountain, they did not have time to turn off the engines.” But such a maneuver makes sense if there is a sufficient distance to the obstacle. All the facts of the real disaster indicate that the crew did not have time to turn off the engines. A distance of 100-150 m (which is 4-6 seconds of flight at a speed of 25 m/s) is enough to turn off the engines, but to avoid a collision with a mountain, this time is not enough, since it is impossible to extinguish inertia during this time. And you can’t turn off the engines instantly. The distance to the mountain is determined by us by the limit to which the searchlight beam could penetrate during a snowfall. We take it as 100 m - with a conscious allowance. Under similar conditions, N.S. Gudovantsev conducted experiments on the B-2 airship. There, the spotlight penetrated the fog at 30 m. If in our case we take into account that the falling snow creates a “screen,” as some crew members pointed out before turning on the spotlight, then it becomes clear that they saw the mountain in close proximity. The only right decision that I.V. Pankov made was to turn away from the mountain in dynamic mode. Having given the command “right rudder” to Pochekin, he tried to raise the ship with the elevator. It was not possible to avoid a meeting with the mountain, but the airship first hit the slope with its stern, and only then fell flat on it. This saved the lives of most crew members. Unfortunately, not everyone managed to escape from the fire and smoke from under the shell. The six people who survived were saved precisely because, for various reasons, they found themselves outside the burning shell. Professor of Aeronautics A.G. Vorobyov confirmed that the inertia of airships can be so great that turning off the engines is advisable only when there is a sufficient distance from the obstacle. He gave an example of piloting errors during the Roma airship disaster. By the way, during the Italia disaster, the engines were also turned off, but the inertia was so strong that when it encountered a hummock, the passenger gondola was torn out.

About ballast. The crew was reproached on this issue as well. Some even experienced balloonists (Kharabkovsky, Belkin) saw his mistake in the fact that the ballast was not supplied. Let's consider how realistic it was to do this in 5 seconds (even in 10). On board there were 4 tanks with water ballast with a capacity of 300 liters. If you drop all these 1200 kilograms at once, you can get a good effect - the airship will “bounce”. The flow rate of water from the tank is only 10 l/s. This means that the tank can be emptied in only 30 seconds. It is not difficult to calculate that all 4 tanks will dump only 200 liters in 5 seconds. According to the unanimous opinion of the majority of experienced balloonists (V.A. Ustinovich, A.M. Baibakov, K.G. Sedykh, A.G. Vorobyov), dumping ballast was useless.

One of the mistakes of the Dirigiblestroy command is the recruitment of a prefabricated crew. It was believed that they were flying “for orders,” so the crew was formed along party lines. Yezhov really did not want to include the non-partisan Myachkov in the crew, who also had a criminal record for the accident. Pankov, the main commander of the B-6, was not included in the crew because he was on vacation. Having learned about the flight, he returned to Moscow and only thanks to the intervention of the district party committee was included in the crew as second commander. In addition to two commanders, the crew included four assistant commanders and a naval engineer. These seven people represented almost the entire command staff squadrons. Such a “ceremonial” composition did not cause the disaster, but the death of most of the commanders almost decapitated the squadron’s command staff.

Naturally, the crew, which was not composed on professional grounds, aroused mistrust. At the first interrogation of the surviving crew members by the NKVD in Kandalaksha, attention was drawn to the relationships between individual crew members. The interrogation was tough and partial. They wondered if there was any hostility between the participants in the flight. Suspicions, of course, also affected those who stood on the last watch. Fortunately, Myachkov’s letter to his wife dated February 5 has been preserved and Pankov’s note to his wife is known, which completely removes any suspicion from them.

But if suspicions towards the crew have dissipated, then suspicions towards the leading employees of Dirigiblestroy have not diminished. According to the logic of the suspects, sabotage could have been carried out at the level of decisions, flight preparation, manning, etc. Then the Tukhachevsky “case” had just ended, in which corps commander Tkachev, who was the head of the Civil Air Fleet Main Directorate before his arrest, had just ended. Molotov’s words were reported, allegedly said by him after the B-6 disaster: “Here they are, the Tkachev affairs!” Therefore, many of those repressed at Dirigablestroy were involved in the case of Tukhachevsky and Tkachev. Among those arrested after the death of B-6 was G. B. Kharabkovsky, a member of the Government Commission. A. M. Baibakov recalled about him: “When we arrived from Kandalaksha to Leningrad, Kharabkovsky went to see his wife - she lived here. He returned depressed and upset. I ask what happened, he is silent. And in Moscow I walked around lost, not like myself. 2-3 days after talking with him about the monument to the guys, I called him, he was no longer there. I ask the secretary, and she is afraid to talk on the phone. Come, he says, to the gate. There she said: “He was taken away. No one knows who came, why or why, they took him - and nothing more was heard about him.” At Dirigablestroy, denunciations and expulsions from the party were commonplace at that time. One of these injured commanders, Pomerantsev, recalled: “The “confessions” of Tkachev and Tukhachevsky were fabricated, as if I was a member of their organization.”

But against the backdrop of arbitrariness and confusion, there are truly suspicious facts. The reason for the refusal to issue cards to the commission is unclear, and the inconsistency between different services on the issue of bonfires is unclear. The same Baibakov said regarding possible sabotage: “At one time, something was constantly burning in our Dirigiblestroy. The airships had to be kept on the airfield - they were afraid of fires. Someone organized all this.” It is quite plausible that the phosphorus aeronautical bombs, the explosion of which started the fire on the airship, were taken with intent. By the way, Gudovantsev was against their loading, but someone insisted and ordered them to be placed above the galley. It is puzzling that ether was placed in the passenger gondola, next to the catalytic furnace. Taken at the last moment, ostensibly to start engines in the cold, it was in an unprotected glass bottle. The combination of these facts does not seem accidental. But without familiarity with the NKVD archives, it is still impossible to understand these guesses.

This is the fate of the last of the airships that the outstanding Italian designer Umberto Nobile designed and built. The fate is tragic and still not sufficiently clarified.

Material from Wikipedia - free encyclopedia

USSR B-6 "Osoaviakhim"
Characteristics of the airship
Type semi-rigid
Year of construction
Length, m 104,5
Max. diameter, m 18,8
8500
Max. number of passengers, people 20
Max. speed, km/h 113
Max. flight duration, h 130 hours 27 minutes

Construction

The correct identification mark of the airship is “USSR-V6”, however, in most documents of that time and in the literature, the incorrect spelling was fixed: “USSR V-6”.

The design of the ship began in the fall of 1932, construction began with the manufacture of gasoline and ballast tanks in January 1933 and was carried out in parallel with the design. The general management of the construction was carried out by Nobile, the leading engineer was the young Soviet airship designer Mikhail Kulik. The launch date for the airship was repeatedly moved: May 1, 1933, then the 16th anniversary of the October Revolution (November 1933), but construction could not be completed due to numerous design and technological difficulties, lack of materials, equipment, and qualified labor. The release date of the airship was once again postponed to October 1, 1934; by January 1934 it was on average 70-75% ready.

On February 12, 1938, the airship crew members were buried at the Novodevichy cemetery in Moscow.

Crew

  • Gudovantsev N.S. - first commander;
  • Pankov I.V. - second commander;
  • Demin S.V. - first assistant commander;
  • Lyanguzov V.G. - second assistant commander;
  • Kulagin T.S. - third assistant commander;
  • Ritsland A. A. - first navigator;
  • Myachkov G.N. - second navigator;
  • Konyashin N. A. - senior flight mechanic;
  • Shmelkov K. A. - first flight mechanic;
  • Nikitin M.V. - flight mechanic;
  • Kondrashev N.N. - flight mechanic;
  • Chernov V.D. - flight radio operator
  • Gradus D.I. - on-board weather forecaster.

Lightly wounded:

  • Pochekin V.I. - fourth assistant commander;
  • Novikov K.P. - flight mechanic;
  • Burmakin A.N. - flight mechanic.

No damage received:

  • Ustinovich V. A. - naval engineer;
  • Matyunin D.I. - flight mechanic;
  • Vorobiev A.V. - radio engineer (was seconded to the crew for the duration of the flight on the section between Moscow and Murmansk).

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Notes

Literature

  • (documentary story)
  • (selected chapters)
  • (collection of articles, 1938)
  • (newspaper article, 1988)
  • Obukhovich V. A., Kulbaka S. P. Airships at war. - M.: ACT, 2000. - ISBN 5-17-001637-9.
  • Belokrys A."Dirigiblestroy" on Dolgoprudnaya: 1934, one year in the life. - M.: "Paulsen", 2011. - ISBN 978-5-98797-060-7.
  • (article)

Links

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Red star | VI October | Moscow rubber chemist | USSR V-4 (Komsomolskaya Pravda) | USSR V-1 | USSR V-2 (Smolny) | USSR V-3 (Red Star) | USSR V-5 | USSR B-6 (Osoaviakhim)| USSR V-7 (Chelyuskinets) | USSR V-7 bis | USSR V-8 | USSR V-10 |USSR V-12 | Victory | USSR V-12 bis (Patriot)
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An excerpt characterizing the USSR V-6 (Osoaviakhim)

- Oh, my brother! “My head is spinning,” the old man said, as if ashamed, smiling in front of his son. - At least you could help! We need more songwriters. I have music, but should I invite the gypsies? Your military brethren love this.
“Really, daddy, I think Prince Bagration, when he was preparing for the Battle of Shengraben, bothered less than you do now,” said the son, smiling.
The old count pretended to be angry. - Yes, you interpret it, you try it!
And the count turned to the cook, who, with an intelligent and respectable face, looked observantly and affectionately at father and son.
- What are young people like, eh, Feoktist? - he said, - the old people are laughing at our brother.
“Well, Your Excellency, they just want to eat well, but how to assemble and serve everything is not their business.”
“Well, well,” the count shouted, and cheerfully grabbing his son by both hands, he shouted: “So that’s it, I got you!” Now take the pair of sleighs and go to Bezukhov, and say that the count, they say, Ilya Andreich sent to ask you for fresh strawberries and pineapples. You won't get it from anyone else. It’s not there, so you go in, tell the princesses, and from there, that’s what, go to Razgulay - Ipatka the coachman knows - find Ilyushka the gypsy there, that’s what Count Orlov was dancing with, remember, in a white Cossack, and bring him back here to me.
- And bring him here with the gypsies? – Nikolai asked laughing. - Oh well!…
At this time, with silent steps, with a businesslike, preoccupied and at the same time Christianly meek look that never left her, Anna Mikhailovna entered the room. Despite the fact that every day Anna Mikhailovna found the count in a dressing gown, every time he was embarrassed in front of her and asked to apologize for his suit.
“Nothing, Count, my dear,” she said, meekly closing her eyes. “And I’ll go to Bezukhoy,” she said. “Pierre has arrived, and now we’ll get everything, Count, from his greenhouses.” I needed to see him. He sent me a letter from Boris. Thank God, Borya is now at headquarters.
The Count was delighted that Anna Mikhailovna was taking on one part of his instructions, and ordered her to pawn a small carriage.
– You tell Bezukhov to come. I'll write it down. How is he and his wife? - he asked.
Anna Mikhailovna rolled her eyes, and deep sorrow was expressed on her face...
“Ah, my friend, he is very unhappy,” she said. “If what we heard is true, it’s terrible.” And did we think when we rejoiced so much at his happiness! And such a lofty, heavenly soul, this young Bezukhov! Yes, I feel sorry for him from the bottom of my heart and will try to give him the consolation that will depend on me.
- What is it? - asked both Rostov, the elder and the younger.
Anna Mikhailovna took a deep breath: “Dolokhov, Marya Ivanovna’s son,” she said in a mysterious whisper, “they say he has completely compromised her.” He took him out, invited him to his house in St. Petersburg, and so... She came here, and this head-off man followed her,” said Anna Mikhailovna, wanting to express her sympathy for Pierre, but in involuntary intonations and a half-smile, showing sympathy for the head-off man, like she named Dolokhov. “They say that Pierre himself is completely overwhelmed by his grief.”
“Well, just tell him to come to the club and everything will go away.” The feast will be a mountain.
The next day, March 3, at 2 o'clock in the afternoon, 250 members of the English Club and 50 guests were expecting their dear guest and hero of the Austrian campaign, Prince Bagration, for dinner. The first time upon receiving news of Battle of Austerlitz Moscow was perplexed. At that time, the Russians were so accustomed to victories that, having received the news of defeat, some simply did not believe it, while others sought explanations for such a strange event in some unusual reasons. In the English Club, where everything that was noble, with correct information and weight gathered, in December, when news began to arrive, nothing was said about the war and about the last battle, as if everyone had agreed to remain silent about it. People who gave direction to the conversations, such as: Count Rostopchin, Prince Yuri Vladimirovich Dolgoruky, Valuev, gr. Markov, book. Vyazemsky, did not show up at the club, but gathered at home, in their intimate circles, and Muscovites, speaking from other people’s voices (to which Ilya Andreich Rostov belonged), were left for a short time without a definite judgment about the cause of war and without leaders. Muscovites felt that something was wrong and that it was difficult to discuss this bad news, and therefore it was better to remain silent. But after a while, as the jury left the deliberation room, the aces who gave their opinions in the club appeared, and everything began to speak clearly and definitely. The reasons for this incredible, unheard of and impossible event that the Russians had been beaten, and everything became clear, and in all corners of Moscow they began to say the same thing. These reasons were: the betrayal of the Austrians, the poor food supply of the army, the betrayal of the Pole Pshebyshevsky and the Frenchman Langeron, the inability of Kutuzov, and (they said on the sly) the youth and inexperience of the sovereign, who entrusted himself to bad and insignificant people. But the troops, Russian troops, everyone said, were extraordinary and performed miracles of courage. Soldiers, officers, generals were heroes. But the hero of heroes was Prince Bagration, famous for his Shengraben affair and his retreat from Austerlitz, where he alone led his column undisturbed and spent the whole day repelling an enemy twice as strong. The fact that Bagration was chosen as a hero in Moscow was also facilitated by the fact that he had no connections in Moscow and was a stranger. In his person due honor was given to a fighting, simple, without connections and intrigues, Russian soldier, still associated with the memories of the Italian campaign with the name of Suvorov. In addition, in bestowing such honors on him, the displeasure and disapproval of Kutuzov was best shown.
“If there were no Bagration, il faudrait l"inventer, [it would be necessary to invent him.] - said the joker Shinshin, parodying the words of Voltaire. No one spoke about Kutuzov, and some scolded him in a whisper, calling him a court turntable and an old satyr. Throughout Moscow repeated the words of Prince Dolgorukov: “sculpt, sculpt and stick around,” who consoled himself in our defeat with the memory of previous victories, and Rostopchin’s words were repeated about the fact that French soldiers it is necessary to excite them to battle with pompous phrases, that it is necessary to reason logically with the Germans, convincing them that it is more dangerous to run away than to go forward; but that Russian soldiers just need to be held back and asked: be quiet! From all sides new and new stories were heard about individual examples of courage shown by our soldiers and officers at Austerlitz. He saved the banner, he killed 5 French, he alone loaded 5 cannons. They also said about Berg, who did not know him, that he, wounded in his right hand, took the sword in his left and went forward. They didn’t say anything about Bolkonsky, and only those who knew him closely regretted that he died early, leaving behind a pregnant wife and an eccentric father.

On March 3, in all the rooms of the English Club there was a groan of talking voices and, like bees on spring migration, scurried back and forth, sat, stood, converged and dispersed, in uniforms, tailcoats and some others in powder and caftans, members and guests of the club . Powdered, stockinged and booted footmen in livery stood at every door and strained to catch every movement of the guests and members of the club in order to offer their services. Most of those present were old, respectable people with wide, self-confident faces, thick fingers, firm movements and voices. This kind of guests and members sat in well-known, familiar places and met in well-known, familiar circles. A small part of those present consisted of random guests- mainly young people, among whom were Denisov, Rostov and Dolokhov, who was again a Semyonov officer. On the faces of the youth, especially the military, there was an expression of that feeling of contemptuous respect for the elderly, which seems to say to the old generation: we are ready to respect and honor you, but remember that after all, the future belongs to us.
Nesvitsky was there, like an old member of the club. Pierre, who, at the orders of his wife, had let his hair grow, had taken off his glasses and was dressed fashionably, but with a sad and despondent look, walked through the halls. He, as everywhere else, was surrounded by an atmosphere of people who worshiped his wealth, and he treated them with the habit of kingship and absent-minded contempt.
According to his years, he should have been with the young; according to his wealth and connections, he was a member of the circles of old, respectable guests, and therefore he moved from one circle to another.
The most important old men formed the center of the circles, to which even strangers respectfully approached to listen to famous people. Large circles were formed around Count Rostopchin, Valuev and Naryshkin. Rostopchin talked about how the Russians were crushed by the fleeing Austrians and had to make their way through the fugitives with a bayonet.
Valuev confidentially said that Uvarov was sent from St. Petersburg in order to find out the opinion of Muscovites about Austerlitz.
In the third circle, Naryshkin spoke about a meeting of the Austrian military council, in which Suvorov crowed the rooster in response to the stupidity of the Austrian generals. Shinshin, who was standing right there, wanted to joke, saying that Kutuzov, apparently, could not learn this simple art of cock-crow from Suvorov; but the old men looked sternly at the joker, letting him feel that here and today it was so indecent to talk about Kutuzov.
Count Ilya Andreich Rostov, anxiously, hurriedly walked in his soft boots from the dining room to the living room, hastily and in exactly the same way greeting important and unimportant persons whom he knew all, and occasionally looking for his slender young son with his eyes, joyfully resting his gaze on him and winked at him. Young Rostov stood at the window with Dolokhov, whom he had recently met and whose acquaintance he valued. The old count approached them and shook Dolokhov's hand.