Pe-8 Petlyakov - Pe-8 Петляков

Aircraft details M 40 diesel engine 01 Aircraft munitions FAB 5000 bomb 01 Aircraft munitions FAB 5000 bomb 02 ANT 42 M 100 prototype Tupolev Design Bureau (OKB) 1937 01 ANT 42 M 100 prototype Tupolev Design Bureau (OKB) 1937 02 ANT 42 Tupolev Design Bureau (OKB) production run 1936 01
ANT 42 Tupolev Design Bureau (OKB) production run 1936 02 ANT 42 Tupolev Design Bureau (OKB) production run 1936 03 ANT 42 Tupolev Design Bureau (OKB) prototype 1937 01 ANT 42 Tupolev Design Bureau (OKB) prototype 1937 02 Article newspaper head line about the Petlyakov Pe 8 01 Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0A
Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0B Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0C Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0D Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0E Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0F Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0G
Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0H Artwork Petlyakov TB 7 (Pe 8) 4AM 35A Blue Prints in 1 72 Scale 0I Artwork Russian 1 ruble stamp Petlyakov Pe 8 heavy bomber USSR 0A Petlyakov Pe 8 4AM 35A bomber 1943 01 Petlyakov Pe 8 4AM 35 bombers 1942 43 01 Petlyakov Pe 8 4AM 35 Nr 42066 Molotovs transport aircraft USA 1942 01
Petlyakov Pe 8 4AM 35 Nr 42066 Molotovs transport aircraft USA 1942 02 Petlyakov Pe 8 4AM 35 Nr 42066 Molotovs transport aircraft USA 1942 03 Petlyakov Pe 8 4M 35A taxing Russia 1941 42 01 Petlyakov Pe 8 ASh 82 (M 82) radial engined aircraft 01 Petlyakov Pe 8 bomber undergoing maintenance 01 Petlyakov Pe 8 CCCP H395 Polar Circuit 01
Petlyakov Pe 8 CCCP H396 Polar Circuit 01 Petlyakov Pe 8 CCCP H396 Polar Circuit 02 Petlyakov Pe 8 CCCP H556 Polar Circuit 01 Petlyakov Pe 8 Crew 01 Petlyakov Pe 8 Crew 02 Petlyakov Pe 8 Crew 03
Petlyakov Pe 8 Crew 04 Petlyakov Pe 8 defensive Dorsal Gunner 01 Petlyakov Pe 8 defensive Dorsal Gunner 02 Petlyakov Pe 8 defensive KEB turret with a 20mm ShVAK cannon 01 Petlyakov Pe 8 defensive Nose Turret 01 Petlyakov Pe 8 defensive Nose Turret 02
Petlyakov Pe 8 defensive TAT turret with a 20mm ShVAK cannon 01 Petlyakov Pe 8 Navigator Ledoszyn 01 Petlyakov Pe 8 Navigator Zubow 1948 01 Petlyakov Pe 8 offensive bombardiers station 01 Petlyakov Pe 8 offensive FAB 250 bomb layout 01 Petlyakov Pe 8ON 4ACz 30B Nr 42712 during trials 1945 01
Petlyakov Pe 8ON 4ACz 30B Nr 42712 during trials 1945 02 Petlyakov Pe 8ON 4ACz 30B Nr 42712 during trials 1945 03 Petlyakov Pe 8ON 4ACz 30B Nr 42712 during trials 1945 04 Petlyakov Pe 8 Pilot Golovanov 01 Petlyakov Pe 8 Pilot Mikhail Vodopyanov 01 Petlyakov Pe 8 Pilots Gromow and Filin 01
Petlyakov Pe 8 Pilot Simonov 1943 01 Petlyakov Pe 8 prototype with M 82 Shvetsov engines N124 Kazan 1943 01 Petlyakov Pe 8 winter camouflage 1942 01 Petlyakov TB 7 4AM 35A Nr 4211 01 Petlyakov TB 7 4AM 35A Nr 4215 01 Petlyakov TB 7 4AM 35A Nr 4218 01
Petlyakov TB 7 4AM 35A Nr 4218 02 Petlyakov TB 7 4AM 35A Nr 4218 03 Petlyakov TB 7 4AM 35A Nr 4218 04 Petlyakov TB 7 4AM 35A Nr 4218 05 Petlyakov TB 7 4AM 35A Nr 4218 06 Petlyakov TB 7 4AM 35A Nr 4224 01
Petlyakov TB 7 4AM 35A Nr 4224 02 Petlyakov TB 7 4AM 35A Nr 4224 03 Petlyakov TB 7 4AM 35A Nr 4224 04 Petlyakov TB 7 4AM 35A Nr 4224 05 Petlyakov TB 7 4AM 35A Nr 4225 01 Petlyakov TB 7 being loaded with bombs 01
Petlyakov TB 7 being loaded with bombs 02 Petlyakov TB 7 being loaded with FAB500 bombs 01 Petlyakov TB 7 in flight 1941 01 Tupolev TB 3 over Russia 01

USSR AF

Petlyakov TB-7/Pe-8

The first mentions about the aircraft which later became the Soviet ‘Flying Fortress’ come from the second half of 1931. The Soviet air command wanted to introduce to the armament a new bomber with higher operational parameters than the TB-3 bomber, then in series production. TB-3 had worse parameters than other aircraft of this class developed and manufactured at that time. The new aircraft was to be powered by 552 kW (750 HP) in-line engines liquid cooled M-34 engines. Representatives of the air forces elaborated tactical and technical requirements for the new TB-7 aircraft, which was to be a four-engine bomber for destroying strategic targets behind the enemy lines.

However, in 1931 Stalin did not take a decision to design and manufacture a new four-engine bomber. In Autumn 1934 the creation of ANT-42 aircraft became feasible. The heavy bomber was included into the production plans of Soviet aircraft industry for the years 1934-1935. In mid-Summer and early Autumn of 1934 the airframe was being developed. This task was carried out by Andrey Tupolev, Boris Kondorsky and Vladimir Petlyakov. Already at that time it was decided that Petlyakov's construction team would be responsible for the entire design. At the beginning works were progressing very slowly. In the second half of 1935 the work on the bomber was accelerated. In December, nearly simultaneously with the acceptance of the preliminary design, an inspection was carried out and a full-scale wooden model of the plane was approved.

Works related to the construction of the first ANT-42 prototype was completed on 9 November 1936, and then all parts of the aircraft were transported to the Moscow Central Airport. There, in the operational department the final assembly was carried out. On 23 December 1936 AM-34FRN engines were received. Within three days they were mounted in the airframe and start-up tests were performed. On the morning of 27 December 1936 CAGI chief test pilot Mikhail Gromov performed the maiden flight of ANT-42, concluding that all subassemblies operated normally, and the in-flight stability was good. In 1937 AM-34 FRNW engines were mounted. In the fuselage the fifth engine was placed: M-100, used as a supercharge engine enabling flight in high altitudes. Official tests of ANT-42 were performed from II August to 28 October 1937. The design team was ordered to eliminate defects until 10 December 1937. It was not a simple task, because the people in charge of construction work, especially Tupolev and Petlyakov were no longer supervising these efforts. Until 1945 the chief design engineer of the plane was Josef Nezval.

The so-called ‘back-up aircraft’, i.e. the second prototype of ANT-42, constructed in Plant No. 156 was to become the master model for series production. The first prototype was to be used only for static tests.

In comparison with the first prototype, the aircraft had undergone numerous modifications related to production technology and operation. Major changes were made to the airframe - front fuselage and control surfaces were modified. In May 1938, after completing the official tests of the first prototype, the ‘back-up aircraft’ was also ready for flight. Test flight took place on 26 June 1938, and on 11 August factory trials and official tests confirmed high quality of the new bomber. Subsequently, the aircraft was converted into the master model for production of the first series of ANT-42/TB-7 manufactured in Plant No. 124. During the Second World War the second prototype was in combat use and performed as many as 120 missions.

Initially, it was planned to manufacture eight series of TB-7 aircraft, 51 items in total.

TB-7 bomber was being prepared to fly over the Red Square on 1 May. I was hoped that this flight would be noticed by state officials, especially by J. V. Stalin. On I May 1939 the plane passed over the seats of honour and Lenin's Mausoleum, but it had no influence on its future, since the reactions of the officials and Stalin were moderate. In the second half of 1939 there were problems with supplies of engines and compressors, which resulted in reducing the aircraft production. Later, the manufacture of TB-7 was officially stopped. Instead, Stalin wanted to develop one-engined dive-bombers, resembling the German Ju-87 Stuka. The approaching ‘liberation war’ forced Stalin to change his mind and resume production of TB-7 aircraft in Plant No. 124. The aircraft was to be powered by Diesel engines M-30 and M-40. From Autumn 1938 to Spring 1940 twelve aircraft were manufactured in Plant No. 124 in Kazan. The first four were fitted with AM-34FRNW engines with ACN-2 superchargers; two aircraft were fitted with AM-35 engines (without ACN-2), and the following six TB-7 were given no engines at all. The first series production aircraft started to be flown in the winter of 1939-1940. In summer 1940 six series production IB-7 aircraft were allocated to the 14th Heavy Bomber Regiment, stationed in the Boryspol airfield near Kiev.

The first series production TB-7 with M-40 engines was ready for flight at the beginning of 1941. After the test flight performed on 18 January the aircraft was submitted for trials. Technical and flight parameters complied with the requirements. However, it was found that M-40 engine was ‘half-baked’ and had many defects, preventing normal use of TB-7 by combat units. The supply of aircraft with Diesel engines for the 14th Regiment was started in the Spring of 1941.

During the first days of the war TB-7 were not used in combat. Dispersed on several airfields near Kiev (Boryspol, Biela Tserkva), they were bombed by the Luftwaffe. Some of them were damaged, several were destroyed. TB-7 aircraft were to be used by the 81st Air Division, which was being formed at that time. Kombrig M.Y. Vodopyanov, a hero of the Soviet Union and famous arctic pilot, was appointed the division commander.

On 22 July, one month after the outbreak of war, Luftwaffe carried out the first night air raid on Moscow. After twenty four hours another air raid took place, followed by several more. Stalin decided to repay the Germans. On 8 August he ordered Vodopyanov to carry out a retaliatory raid on Berlin with TB-7. The aircraft were transferred to airfields near Leningrad. The attack proved to be a failure; only four aircraft reached their target. One TB-7 was accidentally shot down by the Soviet antiaircraft artillery and another by fighters. TB-7 undertook missions not only at night. In Autumn 1941, when German tanks approached Kaluga, thus threatening Moscow, two TB-7 bombed the German forces in the vicinity of the town. On the night of 7 November, one TB-7 aircraft dropped bombs on power plant in Gdansk (Danzig).

The production of TB-7 aircraft was still continued, but two engine Pe-2 bombers were given priority. In late 1941, when the production of TB-7 was stopped again, their total number, including two prototypes, amounted to 37 aircraft. In 1941 twenty three aircraft were manufactured, six of them after the outbreak of war.

The long range bombers attacking at night inflicted heavy losses on the enemy. Moreover, Stalin was more interested in the operations of long range air forces and personally designated targets of the attacks. In May 1942, a decision was taken to resume production of TB-7/Petlyakov Pe-8 aircraft.

On 5 March 1942 it was decided to create a special type of troops i.e. long range air forces. Since that time long range aviation and heavy bomber units were excluded from the frontline air forces and subordinated directly to the Headquarters and Stalin. Forty five Petlyakov Pe-8 aircraft of the 746th Long Range Bomber Regiment had their base in the Kratovo airfield near Moscow. Stalin decided to increase the production of four-engine bombers. However, as early as in Spring 1942 there were again problems with supplies of engines for these aircraft. Diesel engines were unreliable, and AM-35A where no longer manufactured. In this situation M-82 radial engines were used. The first series production Petlyakov Pe-8, No. 42058, fitted with M-82 engines was allocated to the 746th Regiment in January 1943. Until summer 1943 a few more such aircraft were supplied. Flights of Petlyakov Pe-8 with M-82 engines were suspended in late autumn 1943, until they were fitted with flame-traps. The front turret was replaced with a more streamlined station for a BS large calibre machine gun. Moreover, bombing sights were changed. A special chapter in the history of Petlyakov Pe-8 was their adaptation and then use for carrying 5-ton FAB-5000 bombs.

The first air raid with the use of the new ‘super bomb’ took place in the night of 28-29 April 1943. Petlyakov Pe-8 dropped the ‘super bomb’ on Konigsberg. At the end of May 1943 two FAB-5000 bombs were dropped on the German forces in the area of Mohylov. Until 1944 thirteen attacks with 5000 kg bombs had been carried out.

In winter 1943/1944 the Engineering Department conducted research and developed a preliminary design of a modernised aircraft with factory marking ‘T’, capable of carrying a FAB-5000 bomb or two FAB-2000 bombs. It was suggested to use ASh-82FN engines for propulsion. However, the works were soon abandoned. The development of a new, larger bomber was also not completed. Works were continued until the middle of 1945, when it was decided simply to copy the American bomber B-29 ‘Superfortress’.

On 19 May 1942 a specially adapted Petlyakov Pe-8 No 42066 took off from Moscow, carrying V. Molotov, the Soviet Minister for Foreign Affairs, to Washington D.C. Intermediate landings took place in Scotland, Iceland and Goose Bay, Canada. In 1944 two aircraft were adapted for the purpose of transporting VIPs. A comfortable cabin for twelve passengers was placed in the central fuselage. These aircraft were marked as Petlyakov Pe-80N.

After the war the four modified Petlyakov Pe-8 aircraft were used in arctic aviation.

Design and development

Development of Petlyakov Pe-8 was initiated in the Tupolev's OKB as ANT-42 in July 1934. The maiden flight of the first prototype was in December 1936 by M.M.Gromov. The aircraft actually has five engines - an auxiliary M-100 ATsN-2 was fitted inside the airframe. This drove a supercharger to supply pressurised air to the main engines.

Only 93 or 96 (including two prototypes) were built from 1936-1944 - older sources claim a number of 81 including prototypes, with production stopping in 1940; this seems to indicate that indeed only replacement aircraft were built after 1940. Some had Charomski M-30B/ACh-30B or M-40/ACh-40 diesel engines and the later aircraft were fitted 1,380 kW (1,850 hp) Shvetsov ASh-82 radials due to low availability of the AM-35A. Neither variant was as successful as the original, the diesel engines giving poorer performance and the radial delivering better performance but often being unreliable. It is a testimony to the soundness of the design however, that the examples which survived WWII were retained in service until the late 1950s despite the availability of the Tu-4. Altogether, the Petlyakov Pe-8, despite suffering from low priority of the strategic bombing role in the USSR military doctrine of its time and problems with the engines, compares well with other four-engined bombers designed in the late 1930s.

From a technical standpoint, the Petlyakov Pe-8 is remarkable because it had defensive machine-gun positions installed in the rear of the inboard engine nacelles. These were deleted when the nacelles were reconstructed for accommodation of the radial engines.

Operational History

The first prototype flew on 27 December 1936. Production Petlyakov Pe-8 were well armed, carrying two 7.62mm machine-guns in a spherical nose turret, two machine-guns or a 20mm cannon in a dorsal turret, one hand-operated 12.7mm machine-gun in the rear of each inboard engine nacelle under the wing trailing edge and a 20mm cannon in a tail turret, plus up to 4,000kg of bombs stowed internally.

Initially the Petlyakov Pe-8 was powered by four 820kW M-105 engines and entered service in this form in 1940. The 1941 model had 1,080.5kW Mikulin AM-35A fitted. During the production run (which lasted until 1944) several other engines were installed either experimentally or as a standard type, including the 967kW AM-38, 1,304kW M-82 and a diesel engine.

On the night of 21 July 1941 German bombers attacked Moscow for the first time. As a reprisal Soviet IL-4 bombers made their first attack on Berlin on the night of 7 August. The resulting damage was minimal but it cleared the way for further attacks. In the spring of 1942 the Soviet ADD or Long-Range Aviation was formed, using the Petlyakov Pe-8 as its main component. Petlyakov Pe-8 raids on Germany began in July 1942 with small numbers of aircraft attacking Konigsberg and then Berlin and elsewhere. However these were not very successful and extremely heavy losses were endured. Although Petlyakov Pe-8 remained operational as bombers until the end of the war, a number were converted into transports.

The USSR had no plans for strategic bombardment, and only a few Petlyakov Pe-8 attacks on Germany were flown, the first in early August, 1941 (only weeks after the German attack on the USSR had started), when aircraft of the 81 DBAD (Long Range Bomber Division) bombed Berlin. Most Petlyakov Pe-8 attacks on Berlin were 'nuisance' bombings involving only a handful of aircraft (e.g. 14 in the first raid). It was used in the strategic bomber role to attack targets in German-held Eastern Europe and as a tactical bomber to support ground forces in the battles of Stalingrad and Kursk. The Petlyakov Pe-8 at first equipped a single bomber regiment, the 432 BAP (ON) (432nd Special Bomber Regiment) and its reserve unit, the 433rd; they were later reorganized into the 746 and 890 BAP (bomber regiment).

The Petlyakov Pe-8's most important claim to fame is flying Soviet foreign minister Molotov and his delegation from Moscow to London and Washington DC and back for talks on the opening of a second front against Nazi Germany (May 19th-Jun 13th, 1942), on the return trip crossing German-controlled airspace without incident.

Specifications (Petlyakov Pe-8)

Sources vary on the exact measurements and performance. The values given here must be considered approximate. General characteristics
• Crew: Eleven
• Length: 23.59 m (77 ft 5 in)
• Wingspan: 39.10 m (128 ft 3 in)
• Height: 6.20 m (20 ft 4 in)
• Wing area: 188.7 m² (2,030 ft²)
• Empty weight: 19,986 kg (43,969 lb)
• Loaded weight: 27,000 kg (59,400 lb)
• Max takeoff weight: 35,000 kg (77,000 lb)
• Powerplant: 4× Mikulin AM-35A liquid-cooled V-12 and then Shvetsov designed air-cooled M-82FN and sometimes diesel M-30 and M-40, 1,000 kW AM-35A 1380 kW M-82FN (1,350 hp AM-35A 1850 hp M-82FN) each.

Performance
• Maximum speed: 443 km/h (276 mph)
• Range: 3,600 km (2,245 mi)
• Service ceiling 9,300 m (30,504 ft)
• Rate of climb: 5.9 m/s (1,154 ft/min)
• Wing loading: 143 kg/m² (29 lb/ft²)
• Power/mass: 140 W/kg (0.2 hp/lb)

Armament
• 2x 20 mm ShVAK cannons (dorsal and tail turret)
• 2x 12.7 mm UBT machine guns (engine nacelles)
• 1-2x 7.62 mm ShKAS machine guns (nose turret)
• Up to 4,000 kg (8,800 lb) of bombs
• Could carry one 5,000 kg (11000 lb) bomb

Specification

CREW

8-12

ENGINE

4 x AM-35A, 880kW

WEIGHTS

Take-off weight
32000 kg
70548 lb
Empty weight
18000 kg
39683 lb

DIMENSIONS

Wingspan
39.1 m
128 ft 3 in
Length
23.6 m
77 ft 5 in
Wing area
188.7 m2
2031.15 sq ft

PERFORMANCE

Max. speed
440 km/h
273 mph
Cruise speed
340 km/h
211 mph
Ceiling
11000 m
36100 ft
Range w/max.fuel
6000 km
3728 miles
Range w/max.payload
3000 km
1864 miles
ARMAMENT

2 x 20mm machine-guns, 4 machine-guns, 2000-4000kg of bombs

Missions:

Red Stars over Berlin

Soviet bombers raided the capital of Germany in mid-1941 but caused little damage--and left little warning of the terrible retribution to come later.

by Jon Guttman

It was a sight that nobody in the Soviet Union had seen since the grandiose flyovers of May Day or the anniversary of the Russian Revolution during the early 1930s. The skies over Moscow had often been darkened on such state occasions with formations of warplanes, including gigantic multiengine bombers. That was all before June 22, 1941, when Adolf Hitler launched Operation Barbarossa, pouring tanks and troops across the Soviet Union's western border while the Luftwaffe swept the sky clean of Soviet aircraft.

Now, on the evening of August 11, 1941, the air reverberated once more with the drone of dozens of powerful engines, as 14 giant bombers left the airfield at Pushkino, near Leningrad. This time, however, they were not on their way to a take part in a Moscow flyover. Their mission, personally conceived by Soviet dictator Josef Stalin, was to strike at the very heart of Hitler's Third Reich--Berlin.

It was not the first time the German capital had been bombed--Britain's Royal Air Force (RAF) had already done so exactly one year before, when 81 Handley Page Hampdens, Armstrong Whitworth Whitleys and Vickers Wellingtons sought retribution for a German raid on London. But only 29 of the planes had actually bombed the target, and the raid, along with three subsequent attacks over the next 10 days, did little damage beyond that inflicted on the ego of the Luftwaffe's commander in chief, Reichsmarschall Hermann Goring, who had sworn that no enemy bomb would ever fall on Berlin.

The Soviets had also proven Goring 's statement to be a hollow boast as early as August 7, when twin-engine bombers of their navy had struck at the German capital. Now, however, Stalin was aiming for something more than just a token gesture. He gathered 14 Petlyakov Pe-8 four-engine bombers, ordered them fitted with diesel engines to increase their range and dispatched them to wreak havoc on Berlin's populace with sizable bombloads.

Stalin's eagerness to strike at the German capital was a radical reversal of an earlier policy based on Soviet observations during the Spanish Civil War in the late 1930s. In spite of such highly publicized events as the German bombing of Guernica on April 26, 1937, Stalin and the Soviet high command (Stavka) remained unconvinced of the value of strategic bombing. Consequently, the Soviet aircraft industry--once famous for producing such giants as the Tupolev TB-3, the ANT-20 Maksim Gorki and the Kalinin K-7--was reorganized to concentrate on single- and twin-engine airplanes. Development of multi-engine, long-range aircraft almost completely stopped.

Soviet interest in strategic bombing revived after Hitler's Directive 33, issued on July 19, 1941, called for the bombing of Moscow. The order's official purpose was retaliation for earlier Soviet bombing attacks on Bucharest, the capital of Germany's ally, Romania, and the Finnish capital of Helsinki. The real motive, of course, was to terrorize the Muscovites into submission. By the time Hitler issued his directive, however, the operational attrition of the rapid German advance had taken its toll on the Luftwaffe. It had only assembled a total of 195 Heinkel He-111Hs of Kampfgeschwader (bomber wings) 27, 53 and 55, and Junkers Ju-88As of KG.3 and KG.54 when the first attack was launched on the night of July 21. Arriving over Moscow at about 10 p.m., 127 German aircraft dropped 104 tons of high explosive bombs and 46,000 incendiaries during the next five hours. Intense anti-aircraft artillery, night fighters and the unsettling glare of more than 300 searchlights dispersed the German formations, however, causing them to scatter their bombs haphazardly.

German air raids on Moscow would continue throughout 1941, but the first was the largest--and for the loss of 17 aircraft, it fell far short of satisfying Hitler's demand that Stalin's capital be ‘razed to the ground.’ Its successors declined steadily in size and effectiveness. Far from terrorizing the Muscovites, the German raids only managed to stiffen their will to resist with more success than a dozen of Stalin's speeches. They also inspired Stalin to retaliate in kind by bombing Berlin.

At that time, the V-VS (Voyenno-Vozdushny Sili, or Red Air Forces) had only three aircraft types available that could reach a target that was becoming more and more distant with each day the German army advanced into Russia. Those survivors were the Ilyushin Il-4, the Yermolayev Yer-2 and the Petlyakov Pe-8.

Of the three, the Il-4 ranks among the most neglected of World War II's great aircraft. Created under the direction of Sergei Ilyushin, the TsKB-26 (its original design bureau designation) first flew in 1935 and went into production in 1937 as the DB-3 (DB standing for Dalny Bombardirovschik, or long-range bomber). Powered by two 765-hp Shvetsov M-85 14-cylinder, twin-row radial engines--soon replaced by 960-hp M-86s--the DB-3 had excellent speed, range, bomb capacity and handling characteristics for its time. Its only weakness was in its armament--three 7.62mm ShKAS machine guns mounted in the blunt nose, a dorsal turret and a ventral position.

In 1939, after 1,528 DB-3s had been delivered, the DB-3F, a modified model with a more pointed nose, replaced it on the production line. When the V-VS began to name aircraft after their designers in 1940, the DB-3F became the Il-4. Although 2,000 DB-3Fs had been built by 1940, the 1941 German onslaught compelled the Soviets to either destroy factories or to dismantle and move them from the path of the invaders. Once the factories had been rebuilt in Siberia, full-scale production of the Il-4 resumed in 1942. The airframe was redesigned to use more wood in order to conserve Russia's metal supplies, and the puny 7.62mm ShKASs were replaced with 12.7mm BS machine guns. More than 6,800 Il-4s would be built by the time production ceased in 1944.

The Il-4 was roughly comparable to Britain's Handley Page Hampden and Japan's Mitsubishi G4M1, but it outlived its contemporaries in V-VS service because of its versatility. In addition to bombs, Il-4s assigned to the Red naval air arm, or V-VS-VMF (Voyenno Morsky Flot), could carry either one 2,072-pound torpedo or up to three 1,102-pound torpedoes under the fuselage. Reconnaissance and glider-towing versions were in service by 1943. Its wingspan was 70 feet 4 1/4 inches, length 48 feet 6 1/2 inches, and its height was 13 feet 9 inches. The final version, which used two 1,100-hp M-88B engines, weighed 12,230 lb. empty and 22,036 lb. loaded. Its maximum speed was 255 mph, initial climb rate was 886 feet per minute, service ceiling was 32,808 feet and range, with a 2,205-lb. bombload, was 1,616 miles.

The Yer-2's origins lay in a commercial design by Roberto L. Bartini, an Italian Communist who had emigrated to Russia after Benito Mussolini's fascist regime declared his party illegal in 1923. A talented designer, Bartini produced an aerodynamically advanced, all-metal, twin-engine monoplane with inverted gull wings called the STAL-7, which first flew in 1937. The STAL-7 was capable of carrying two crew members and 12 passengers at an average speed of almost 252 mph. It was considered for use in a round-the-world flight in 1939, but the outbreak of war intervened. Stalin then issued a direct order for the plane to be developed into a long-range bomber, the DB-240. Vladimir Grigorevich Yermolayev, who had been an engineer in Bartini's design team since 1931, was placed in charge of the bomber project. Apparently, Bartini's political credentials did not eclipse his Italian origins in Stalin's eyes.

Yermolayev did little to the STAL-7's wings other than bolster them structurally, but the semimonocoque fuselage was considerably redesigned, with a bomb bay, a pilot's canopy offset to the left and a glazed nose for the bombardier. In addition to 2,205 pounds of bombs, the armament consisted of a 12.7mm BT machine gun for the bombardier and two 7.62mm ShKAS guns--one in a dorsal gun turret and one firing through a trap door in the fuselage floor behind the wing. To improve the dorsal gunner's field of fire, the STAL-7's single vertical stabilizer and rudder were replaced by a twin fin and rudder arrangement, with 5 degrees of dihedral to the horizontal stabilizer. The ultimate engine choice was two 1,100-hp Klimov M-105s, driving three-bladed, variable-pitch propellers. The plane's wingspan was 75 feet 5 1/2 inches, and its length was 54 feet 1 1/4 inches.

The DB-240 was first flown by N.B. Shebanov in June 1940 and performed admirably, with a maximum speed of 311 mph at 19,685 feet, a service ceiling of 25,260 feet and a range of 2,548 miles. State acceptance trials commenced in September, and within a month the bomber was ordered into production under the new designation of Yer-2. The first production Yer-2s, built in Voronezh, were delivered to the DBA (Dalno Bombardirovchnaya Aviatsiya, or long-range bomber aviation component) eight months later. Two regiments were working up on the new bombers when the Germans launched Operation Barbarossa. The existing Yer-2s were promptly pressed into service in direct support of Soviet ground troops--a role for which they had not been designed--while new aircraft were virtually flown from the factory gates to the front.

While the twin-engine Yer-2 had commercial origins, the Pe-8 was the last of a distinguished line of four-engine, long-range bombers from the design bureau of Andrei N. Tupolev and was intended as a successor to Tupolev's TB-3. The Pe-8's development began in 1934 at the hands of a design brigade headed by Vladimir Mikhailovich Petlyakov assisted by Yosif F. Nezval. Petlyakov had been Tupolev's deputy during the development of the titanic ANT-20 Maksim Gorki and the TB-6 12-engine bomber (designated ANT-26 by the Tupolev design bureau). The latter was abandoned in favor of a more aerodynamically modern four-engine project, the ANT-42.

An all-metal cantilever monoplane with an oval-section monocoque fuselage and retractable landing gear, the ANT-42 was up-to-date but fundamentally unremarkable, aside from a wing that was thick enough to incorporate a ‘crawlway’ by which gunners could reach machine gun positions in the rear of each inboard engine nacelle. Tupolev also proposed the novel idea of boosting the plane's four wing-mounted 1,200-hp Klimov AM-34FRN 12-cylinder engines by means of a ‘central boosting unit,’ or supercharger. The compressor for the unit was to be driven by a reduction gear from an auxiliary Klimov M-100 liquid-cooled engine in the rear fuselage. Special bearings and materials were required to cope with the up to 30,000 revolutions per minute generated by the supercharger, as well as gas temperatures in excess of 1,000 degrees Celsius amid ambient air temperatures at high altitude that were anticipated to be as low as minus 60 degrees Celsius.

Construction on the prototype began on July 27, 1934, but the supercharger unit was still not ready by the time the prototype was completed on November 6, 1936. On December 27, General Mikhail M. Gromov took the big bomber up for the first of a series of factory trials. In October 1937, the plane returned to the factory for the installation of the supercharger and the amalgamation of its radiators into single units on the inboard engine nacelles.

Meanwhile, in April 1936, work had begun on a second prototype, with improved AM-34FRNV engines and an M-100A auxiliary engine, increased fuel capacity, and a dorsal machine-gun turret in place of sliding panels. At about that same time, however, Stalin's purges eliminated two of the ANT-42 project's most enthusiastic supporters. Marshal Mikhail N. Tukhachevsky was executed on June 11, 1937, then General Yakov A. Alksnis was arrested on November 23 and died in Lubyanka prison eight months later. Petlyakov was also arrested and placed in a detention center in Factory No. 156, leaving his deputy, Nezval, to supervise most of the bomber's development. Tests of the second prototype were completed on December 28, 1938, but the V-VS refused to accept the supercharger and ordered Nezval to redesign the bomber to use Mikulin AM-35 engines, each with its own separate supercharger.

At that point, the four-engine bomber's very existence was in doubt. The consensus at a conference held by Stalin at the Kremlin early in 1939 was that the Spanish Civil War, then in its final months, had proved the value of tactical air power but the airplane's worth as a strategic weapon remained theoretical. Only the chief of the Scientific Research Institute for the Air Forces, Aleksandr I. Filin, spoke in favor of the big bombers, and--given the fact that the recently purged Tukhachevsky and Alksnis were proponents of the strategic bombing concept--he received no open support from his colleagues. Nevertheless, Filin earned the ANT-42 a reprieve when Stalin finally said, ‘Oh, well, let it be as you wish, but you haven't convinced me!’

Limited production of the ANT-42, under the military designation TB-7, began in Factory No. 22 outside Moscow. More were to be built at the yet-to-be-completed Factory No. 125 at Povolozhe. The first pre-production TB-7, with AM-35 engines, emerged from Factory No. 22 in the early summer of 1940, by which time it was falling behind the latest Western standards. Production proceeded slowly, given Stalin's continued scepticism and the higher priorities placed on allocating the more desirable high-altitude 1,200-hp AM-35A engine to the Mikoyan-Gurevich MiG-3 interceptor fighter.

The standard Pe-8, as the TB-7 was redesignated in 1940, had a maximum speed of 265 mph at 20,865 feet, a service ceiling of 26,900 feet and a maximum ceiling of 33,790 feet with the AM-35A engine. At a cruising speed of 174 mph, with the full fuel capacity of 3,431.5 gallons in one fuselage and 18 wing tanks, and a 4,410-pound bomb load, the maximum range was 2,920 miles. The Pe-8's wingspan was 127 feet 11 4/5 inches, wing area 2,031 square feet, length 77 feet 4 3/4 inches and height 20 feet 4 inches. Its empty weight was 36,728 pounds, while the maximum takeoff weight was 69,268 pounds.

The Pe-8's maximum bomb load--for shorter-range missions--was 8,818 pounds. Defensive armament consisted of a nose turret with twin 7.62mm ShKAS machine guns--later replaced by a 20mm ShVAK cannon--one 12.7mm BT machine gun in each of the two inboard engine nacelle positions, and one 20mm ShVAK cannon in the dorsal and tail turrets. The 11-man crew included a pilot and co-pilot seated in tandem in a cockpit offset slightly to the left, with 9mm armor for their seats, along with modest armor protection for the navigator's and nacelle gunners' positions.

Nezval projected a passenger-carrying version of the Pe-8 for Aeot, in the event that the bomber should fall completely from favor. He also experimented with four 1,400-hp Mikulin AM-37 engines and 1,540-hp Shvetsov M-82 14-cylinder twin-row radials. In addition, during the winter of 1940, he fitted one of the Pe-8s with the 1,000-hp M-40, a new turbo supercharged V-12 diesel engine developed by A.D. Charomsky. Speed and high-altitude performance with the heavier diesels proved inferior, but they increased the bomber's range to 4,849 miles. That impressed Stalin, who ordered the diesels into production over the protests of Charomsky's design team, which had not yet ironed out all of the engines' development problems. The production ACh-30B diesel engine was rated at 1,500-hp on takeoff, but fell off to 1,080-hp at operational altitudes.

The completion of the first production batch of Pe-8s and the creation of a special unit for them--the 432nd BAP (ON) (Bombardirovachnyi Aviapolk Osobovo Naznacheniya, or special purpose bomber regiment) under Major Viktorin I. Lebedev--coincided with the 1941 German invasion. The bombers were promptly committed piecemeal in a series of short-range night attacks on railheads and staging areas that did little or nothing to slow the German advance.

Such was the arsenal of the V-VS's withered long-range bomber component when Stalin called upon it to mount retaliatory strikes against Berlin in early August 1941. The first such raid, however, would not be flown by the DBA's strategic bombers, but by the smaller DB-3s of the Soviet navy.

By that time, the DB-3s could only reach Berlin from the Baltic coast. Therefore, on July 28, People's Commissar of the Navy Admiral Nikolai G. Kuznetzov recommended to Stalin that nocturnal raids against the German capital be launched from Saaremaa Island, off the coast of Estonia. The task was given primarily to the 1st Guards Mine and Torpedo Air Regiment of the Baltic Fleet Air Force, which was stationed at Kaluga on Saaremaa. On the night of August 7, 13 aircraft took off, led by Lt. Col. Evgeny N. Preobrazhensky, with Major Pyotr Ilich Khokhlov as his navigator. The German anti-aircraft defenses were taken completely by surprise, and although the bombers did only minor damage, all of them returned safely. On the following night, the naval bombers were joined by Il-4s of the 22nd and 30th BAPs (bomber regiments) of the V-VS, operating from Kagal and Aste on Saaremaa. A total of 15 aircraft successfully flew the 1,240 miles to and from Berlin. The Saaremaa-based naval aviators made one more nocturnal raid to Berlin before they were joined on August 11 by DBA regiments equipped with Il-4s and Yer-2s.

On that same day, 14 Pe-8s were also being assembled at Pushkino for their first sortie. Originally, 18 bombers had been dispatched to the field, but four had had to return to the factory due to engine malfunctions, while a fifth was almost shot down by anti-aircraft guns as it approached its destination.

Major General Mikhail Vassilievich Vodopyanov, who had been named a Hero of the Soviet Union for his role in rescuing the survivors of the Arctic exploration vessel Chelyushkin in 1934, was placed in overall command of the newly formed 81st Long-range Bombing Aviation Division (Dalny Bombardirovachny Aviadivision, or DBAD). The division was comprised of Lebedyev's 432nd BAP (ON), then based at Kazan; the 433rd Reserve Wing, also at Kazan with Pe-8s; and the Yer-2-equipped 420th and 421st BAPs. Vodopyanov's aircrews were drawn from Aeot, test centers and operational units, with an emphasis on pilots and navigators familiar with the Northern Seas route (i.e., the Arctic). In spite of their individual expertise, however, most of the former airline pilots had little or no experience in formation flying, nor in taking off or landing on unpaved runways. Those factors would become serious handicaps in the mission to come.

Meanwhile, the ACh-30B engines, with two-stage centrifugal superchargers and VISh-24 constant-speed propellers, were being installed and tested in the Pe-8s. Charomsky's staff had predicted the problems that arose. Fuel flow for each engine had to be adjusted manually by the pilot--an added burden made no easier by the discovery that the engine's rpms sometimes fluctuated wildly, after which the engine would often stop, especially at high altitudes.

While Charomsky's technicians struggled to rectify the engine problems and the aircrews trained under the scrutiny of an impatient Stalin, Vodopyanov planned his route to skirt around the coastlines of Estonia and Latvia, then across the Baltic to a landfall north of Stettin, in hopes of avoiding interception by the Luftwaffe. The total distance to the enemy capital was calculated at 1,680 miles, which would be flown at the Pe-8's long-range cruising speed of 175 mph and at an altitude of 23,000 feet. If they left at last light, the estimated time of arrival over Berlin would be around midnight.

After a final day of frenzied preparations, final briefings and further delays, Vodopyanov took the controls of one of the 14 Pe-8s, with Major Endel K. Pusep, an old comrade from Vodopyanov's days of flying in the Arctic, seated behind him as his second pilot. Shortly before takeoff, he asked Stalin for a secondary target, Stettin, to be added to the mission orders, just in case any of his planes were unable to fly the full distance. Stalin reluctantly assented, though he reiterated emphatically, ‘But you must reach Berlin!’

Finally, at 9:15 p.m.--later than originally intended--the 14 Pe-8s took to the sky. At about the same time, two squadrons of Il-4s from the 200th BAP took off from Saaremaa to join the attack. Colonel Nikolai I. Novodranov's 420th BAP was also ordered to send a squadron of Yer-2s to Berlin.

Things began to go wrong for the Pe-8s almost from the start. Just as Major Konstantin P. Yegorov's plane took off, two engines cut out on the same side, sending it crashing to earth and killing all 11 crewmen. As the bombers made their way toward the Baltic, Captain Aleksandr N. Tyagunin's plane came under attack by Polikarpov I-16 fighters, then was struck by trigger-happy Soviet anti-aircraft gunners, who sent it plunging into the sea off Tallinn.

Lieutenant Vasily D. Bidny was just 40 minutes from Pushkino when his right inner engine caught fire. He extinguished the flames by shutting down the engine, but as he flew over Danzig (Gdansk) at 19,685 feet, the left outer engine failed. The Pe-8 was struggling to stay airborne on two engines with a full bombload and descended to 6,560 feet, at which point Bidny decided to hit the secondary target of Stettin. After dropping his bombs on the Lauenburg railroad station, Bidny managed to bring his plane down safely near Leningrad, just as the last of his fuel ran out.

The remaining 11 Pe-8s pressed on toward Berlin and succeeded in releasing their bombloads piecemeal over various parts of the city. Vodopyanov and Pusep experienced no difficulties until they were just 12 minutes away from Berlin. Then, at an altitude of 22,965 feet, one of their engines began to falter. Vodopyanov had come too far to stop now, and he grimly kept the plane on course while German anti-aircraft guns opened fire. They reached the target and Vodopyanov's bombardier released 8,818 pounds of bombs--just as flak bracketed the plane, sending shell splinters tearing into the fuselage and puncturing a fuel tank in the right wing. Vodopyanov calculated that he had about four hours' fuel left for a five-hour flight and ordered his navigator, Aleksandr P. Shtepenko, to abandon the originial circuitous return route and set a direct course for home.

Vodopyanov's troubles continued. His plane flew through a low pressure area and began to ice up. Snow swirled through the shrapnel-riddled cockpit area and covered the instruments. By the time he got clear of the foul weather, Vodopyanov found himself down to 6,560 feet. He was then over Estonia--and right over the front line between the Soviets and the advancing Germans. Shtepenko announced, ‘ETA base 30 minutes,’ but he spoke too soon, for at that very moment all four engines stopped dead. The plane came down in a forest, but Vodopyanov and his crew miraculously emerged unhurt and made their way to safety on the Soviet side of the lines.

Only four of the other Pe-8 crews could claim to have made the round trip without incident when they arrived at Pushkino on the morning of August 12, and all of the pilots complained of engine problems. Two other planes turned up later in the day. Major Mikhail M. Ugryumov ran out of fuel but landed near a tractor factory outside of Kalinin, where he refueled his plane from buckets and then resumed his homeward flight. Major Aleksandr A. Kurban's engines seized up several times, compelling him to restart them by going into shallow dives, consuming precious fuel each time. He ran out of fuel at Krasnoye Selo but, like Ugryumov, he force-landed his plane without damage, refueled and eventually made it to Pushkino.

Three other Pe-8s had been less fortunate, force-landing well short of their home base. One was listed as missing until it was later learned that its pilot, 1st Lt. Aleksandr I. Panfilov, had become disoriented during the return flight, strayed over Finland and been shot down near Helsinki by enemy anti-aircraft fire. Only two of his crew survived the crash and were taken prisoner by the Finns.

It had been a disastrous mission for the 1st Squadron of the 420th BAP, as well. Not only were its Yer-2s overloaded with fuel, but its pilots--experienced only in flying from concrete runways--were also appalled to find nothing but a grass airstrip at Pushkino. As Lieutenant Aleksandr I. Molodschy tried to take off, both of his engines began to lose power and his brakes failed. Molodschy kept going at full throttle and took off, only to come down again and then run out of runway. The Yer-2 crashed, but Molodschy and his crew survived. Molodschy would go on to a distinguished wartime career as a bomber pilot, receiving two Gold Stars of a Hero of the Soviet Union.

After several other Yer-2s suffered similar crackups, the mission was canceled--though not before at least three Yer-2s had managed to take off. Low clouds forced Lieutenant Vladimir M. Malinin to descend to 2,700 feet before dropping his bombs over Berlin. On the way back, however, his plane was shot down by Soviet air defenses, killing the entire crew. Commandant V.A. Kubyshko also bombed the German capital, only to be attacked by several Soviet fighters during his return flight. His plane went down in flames, but he and his crew managed to bail out safely. The third Yer-2, piloted by Captain A.G. Stepanov, was last seen over Berlin, but it never returned.

Upon his return, Vodopyanov was immediately rushed to Moscow. He was ushered into the Kremlin the next day to report to a grim-faced Stalin and a roomful of Party officials, marshals and generals. Vodopyanov tallied the raid's results: ‘Eleven of our aircraft reached the target, six aircraft regained their base, one was shot down by our own anti-aircraft artillery, one is missing and the rest made forced landings owing to engine failures. My aircraft crash-landed in a forest.’ Then Vodopyanov lost his composure and blurted out: ‘I'm ready to tear out those damned diesels with my teeth! Engines must be reliable for operational flying, and flying with these diesels means the loss of aircraft and men.’

It was a scathing indictment of a decision made by Stalin himself, but the Russian leader listened silently as Vodopyanov added, ‘And one more thing, we must have homing beacons, for without them we wander around like blind kittens.’

‘What would you like us to do,’ asked one of his seniors, ‘direct the fascist aircraft straight to your airfield?’

‘Surely it is obvious that such beacons would be sited well away from the field,’ Vodopyanov shot back. ‘We should not have much difficulty in flying the last 50 to 100 kilometers from the beacon to our base!’

At that point, Stalin spoke up, ending the argument and dismissing Vodopyanov. Soon afterward, Colonel Aleksandr E. Golovanov replaced Vodopyanov in command of the 81st DBAD. A week later, however, Vodopyanov was assigned to assist in testing a Pe-8 with Shvetsov M-82 radial engines in place of the Charomsky diesels. Not long after that, a homing beacon called Pchelka (little bee) was introduced at V-VS air bases. Apparently, the realities of war had changed Stalin's attitude somewhat since the terrifying days of his prewar purges.

Meanwhile, the nocturnal raids on Berlin continued. Golovanov did not consider the Pe-8s up to the task, but he did lead three of them on a less ambitious but completely successful raid on Kornigsberg on the night of September 1. The naval DB-3s flew a total of 10 sorties over Berlin before Saaremaa had to be evacuated in the face of imminent German invasion. The last attack was made on the night of September 4-5. A total of 86 naval aircraft participated in the raids, of which 33 were reported to have reached Berlin, while others bombed secondary targets, including Stettin, Kornigsberg, Memel, Danzig, Swinemünde and Libau. Five of the naval pilots were awarded the Gold Star of a Hero of the Soviet Union on August 13, including Preobrazhensky, who participated in all 10 raids. Five of the Red Army pilots were likewise awarded Gold Stars on September 16, 1941.

By then, Stavka had dissolved the DBA altogether, although the strategic component would be nominally resurrected under a new name, Aviatsiya Dal'novo Deistviya (long-range aviation), or ADD, in March 1942, with Golovanov as its commanding officer. Even then, it was of limited relevance at best. After September 1941, the battle front moved beyond the Soviet Union's capability to sustain a long-range bombing campaign. Vodopyanov asked for permission to try flying daytime bombing missions in the Pe-8 and was assigned two aircraft for a trial sortie. Both aircraft returned damaged, and in spite of Vodopyanov's report of good results against the enemy target, no further daytime attacks were carried out.

The great quantities of metal and labor that went into the Pe-8 had become a luxury that Stalin felt he could no longer afford. After producing its 79th Pe-8 in October 1941, Factory No. 22 began to transfer machinery from its Moscow location to Povolozhe. There, it was put to work in Factory No. 125 manufacturing Pe-2 twin-engine tactical bombers.

Western observers got their first glimpse of the Pe-8 when one of the now-obsolescent bombers, flown by Major Pusep, carried Foreign Minister Vyacheslav M. Molotov and other senior Soviet officials to RAF Leuchars, near Dundee, Scotland, in May 1942. From there, the Pe-8, with extra fuel tanks in its bomb bay, flew to Washington, D.C., on May 29 and eventually returned to Moscow on June 13--flying some of the way over German-held territory.

On June 10, 1942, the Soviets organized a new bomber division, the 45th DBAD, commanded by Colonel Lebedev, consisting of the 746th and 890th BAPs. Later that month, while the Germans renewed their offensive, Stalin and Golovanov discussed the idea of another strike on Berlin. This time, the Pe-8s used conventional AM-35A engines and took off from Kratovo airbase, south of Moscow. To compensate for that distance, the bomb loads were carefully limited to no more than 6,000 pounds and extra fuel tanks were installed.

On the night of August 29, five Pe-8s, piloted by Major Pusep and Captain Vladimir V. Ponomarenko of the 746th BAP, and Captains Boris A. Kybyschko, Mikhail V. Rodnykh and Pavel M. Archarov of the 890th, took off for Berlin, while seven other Pe-8s set off on a diversionary raid on Konigsberg. At the same time, 100 Il-4s and Yer-2s took off from various airfields near the front lines. At 1:23 on the morning of August 30, the first bombs fell on Berlin. It was the largest Soviet raid ever to be mounted against the German capital, but damage was still received belated recognition when he was awarded the Order of Lenin on his 70th birthday, May 14, 1967.

Although it never received the publicity afforded the Yakovlev and Lavochkin fighters or the Il-2 Shturmovik ground-attack plane, the Il-4 was a mainstay of the V-VS' bombing force throughout the war. That is more than can be said for its stable mates, the Yer-2 and the Pe-8.

Dramatic--and sometimes traumatic--as they had been, the Soviet bombing raids on Berlin were never seriously expected to do more than pay the Germans back for their equally ineffective attacks on Moscow and provide a much-needed boost to morale on the home front. Ultimately, a terrible retribution would fall on Berlin, but it would come from the RAF and the United States Army Air Forces. The Soviets, too, would eventually reach Berlin, but it would be the Red Army, rather than bombers, that would dismantle the last of Hitler's Reich, block by viciously contested city block.

The end of the war in Europe on May 8, 1945, left the Soviet Union the most formidable land power on earth, but with a hopelessly inadequate strategic air arm that was no match for that of its rival-to-be, the United States. In the early years of the Cold War, the ADD component of the V-VS would have to start over from scratch--albeit aided immeasurably by the acquisition of a Boeing B-29 that strayed into Soviet territory and was interned, to be copied and mass-produced as the Tupolev Tu-4.

Known Markings of Aircraft by Serial Number:

A/C No

Producted

A/C Serial No

Markings

1
1936
Protype
 
2
1938
Protype-backup
 
1
1939-40
4211
 
2
1939-40
4212
blue 8
3
1939-40
4211
 
4
1939-40
4214
 
5
1939-40
4215
blue 5
6
1939-40
4216
 
7
1939-40
4217
 
8
1939-40
4218
blue 1
9
1939-40
4219
 
10
1939-40
4220
 
11
1939-40
4221
 
12
1939-40
4222
 
13
1939-40
4223
 
14
1939-40
4224
 
15
1939-40
4225
blue 6
16
1939-40
4226
 
17
1939-40
4227
 
18
1939-40
42015
red 5
19
1941
42025
blue 2
20
1941
42035
blue 3
21
1941
42045
blue 5
22
1941
42055
 
23
1941
42016
blue 1
24
1941
42026
 
25
1941
42036
blue 8
26
1941
42046
blue 7
27
1941
42056
 
28
1941
42066
red 1
29
1941
42076
 
31
1941
42086
 
31
1941
42096
 
32
1941
42106
 
33
1941
420]7
 
34
1941
42027
 
35
1941
42037
blue 2
36
1942
42047
 
37
1942
42035
red 7
38
1942
42067
red 6
39
1942
42077
red 10
40
1942
42087
 
41
1942
42097
blue 9
42
1942
42107
red 4
43
1942
42018
blue 5
44
1942
42028
 
45
1942
42038
 
46
1942
42048
 
41
1942
42058
 
48
1942
42068
 
49
1942
42078
blue 6
50
1942
42088
 
51
1942
42098
blue 3
52
1942
42108
blue 8
53
1942
42109
 
54
1942
42029
 
55
1942
42039
 
56
1943
42049
 
57
1943
42059
 
58
1943
42069
 
59
1943
42079
 
60
1943
42089
 
61
1943
42099
 
62
1943
42109
 
63
1943
42110
 
64
1943
42210
 
65
1943
42310
 
66
1943
42410
 
61
1943
42510
 
68
1943
42610
 
69
1943
42710
 
70
1943
42810
 
71
1943
42910
 
72
1943
42101
 
73
1943
42111
 
74
1944
42211
 
75
1944
42311
 
76
1944
42411
 
77
1944
42511
 
78
1944
42611
 
79
1944
42711
 
80
1944
42811
 
81
1944
42911
 
82
1944
421011
 
83
1944
42112
 
84
1944
42212
 
85
1944
42312
 
86
1944
42412
 
87
1944
42512
 
88-89
1944
42612--42712
Pe-80N
90
1944
42812
 
91
1944
42912
 

Table of Aircraft Written Off from 1940-47:

Date
Regiment
A/C Serial No
Commander
Remarks
19-Dec-40
14
4116
 
acciddent
22-Jun-41
14
4211
 
bombed at Boryspol
22-Jun-41
14
4213
 
bombed at Boryspol
22-Jun-41
14
4219
 
bombed at Boryspol
22-Jun-41
14
4220
 
bombed at Boryspol
22-Jun-41
14
4223
 
bombed at Boryspol
11-Aug-41
432
42045
Tjagunio
shot down by Soviet fighters
11-Aug-41
432
42046
Jegorow
acciddent
11-Aug-41
432
42026
Paofilow
shot down by AA
11-Aug-41
432
42036
M. Wodopianow
emergency landing
11-Aug-41
432
42016
Kurban
emergency landing
16-Oct-41
432
4222
Fiedorenko
acciddent
29-Oct-41
432
42025
Pieregulow
emergency landing
08-Nov-41
432
4224
Tjagunin
technical failure
13-Nov-41
 
42056
Niemet
acciddent
21-Mar-42
746
42055
A.Ch. Kowaliew
acciddent
03-May-42
746
42017
Jegorow
acciddent
29-May-42
746
42035
Kurban
technical
06-Jun-42
746
4227
 
technical
20-Jul-42
746
42106
Bidnyj
acciddent
22-Aug-42
 
42026
 
written-off
22-Aug-42
 
42096
 
written-off
28-Aug-42
746
42086
Kirjaoow
 
30-Aug-42
890
42018
Kubyszko
emergency landing
13-Sep-42
890
42027
Masalew
acciddent
28-Oct-42
25
42015
Ponomarienko
acciddent
01-Dec-42
890
42068
Pochomczyk
acciddent
02-Sep-43
746
42107
Iszczenko
shot down by Soviet fighters
13-Mar-43
890
42087
 
technical failure
04-May-43
890
42108
Diaczenko
acciddent
13-May-43
890
42037
Sukorkim
shot down by fighters
31-May-43
890
4215
Bielkow
technical failure
09-Jun-433
890
42048
Rodnych
shot dowlI by AA
23-Jun-43
890
42079
Szamrilj
shot down by AA
15-Jul-43
890
42069
Suszin
shot down by fighters
21-Jul-43
46
42049
Ugriumow
shot down by fighters
21-Jul-43
746
42058
Ponomarenko
shot down by AA
21-Jul-43
890
42109
Wicharicw
shot down by fighters
23-Jul-43
890
 
Niemkow
shot down by fighters
29-Jul-43
890
42110
Kanarski
acciddent
19-Aug-43
890
4212
 
technical failure
28-Aug-43
890
42510
Wicharicw
shot down by fighters
16-Sep-43
890
42097
Jennakow
shot down by fighters
07-Oct-43
746
42066
Zclenski
emergencyfallding
22-Oct-43
25
42077
Czirilin
acciddent
27-Feb-44
25 Gw/Guards
421010
Ugriumow
shot down by AA
31-Mar-44
890
42098
Kokoriew
shot down by fighters
04-May-44
890
42078
Mamsiczcnko
acciddent
28-Jun-44
890
42211
Makarenko
shot down by fighters
28-Jun-44
25 Gw/Guards
42088
Cugak
shot down by fighters
13-Jul-44
890
4214
Otkidacz
technical failure
27-Jul-44
25 Gw/Guards
42028
Chroszilow
shot down by fighters
08-Feb-44
25 Gw/Guards
42512
Griaznow
shot down by fighters
12-Sep-45
203
42811
Iszczenko
acciddent
07-Jun-47
 
42812FN395
Czerewiczny
acciddent

Петляков ТБ-7/Пе-8

К середине 3О-х годов в Советском Союзе определились два направления предполагаемого развития тяжелых бомбардировщиков. Одно из них подразумевало дальнейшее и при том существенное увеличение грузоподъемности. Для этого требовались самолеты поистине огромных размеров. И они были построены. В 1933 г. вышли на испытания два опытных сверхтяжелых самолета: шестимоторный ТБ-4 (АНТ-1б) А.Н.Туполева и семимоторный К-7 К.А.Калинина. Велись работы и над гигантским бомбардировщиком ТБ-6 (АНТ-26), способным доставлять к цели 24,6 т бомб. Однако дальнейшего развития такое направление не получило, поскольку усиление наземных и авиационных средств противовоздушной обороны делало огромные тихоходные машины очень уязвимыми. Приоритет получили работы над самолетами, по грузоподъемности близкими к ТБ-З, но обладающими значительным превосходством в летных характеристиках. Тяжелый бомбардировщик такого типа разрабатывался с 1934 г. в КБ А.Н.Туполева бригадой В.М.Петлякова.

Как ТБ-1 и ТБ-З, новый ТБ-7 (АНТ-42) представлял собой этапное достижение советского самолетостроения. Это был самолет, в котором впервые нашла практическое воплощение новая и ставшая доминирующей в последующие три десятилетия тенденция развития тяжелых бомбардировщиков, заключавшаяся в стремлении обеспечить максимально высокую скорость на больших высотах.

Компоновка четырехмоторного ТБ-7 была выполнена на самом передовом по тем временам уровне. Самолет имел хорошо обтекаемые формы, убирающееся шасси, гладкую обшивку, сравнительно тонкий профиль крыла. Все эти качества обеспечили существенное снижение аэродинамического сопротивления по сравнению с ТБ-З.

На ТБ-7 установили самые мощные в то время советские моторы М-34ФРН. Но высотность этих моторов, как, впрочем, и других, была явно недостаточна. Чтобы обеспечить требуемые характеристики, конструкторы нашли оригинальное решение: в фюзеляже бомбардировщика поместили дополнительный мотор, который с помощью специального вентилятора по проложенным трубопроводам нагнетал воздух в цилиндры основных двигателей. Благодаря такому необычному решению была получена необходимая мощность на больших высотах. В дальнейшем предполагалось использовать более эффективную, индивидуальную для каждого мотора систему нагнетания, состоящую из турбокомпрессоров.

Летные испытания ТБ-7, начавшиеся в декабре 1936 г. полетом М.М.Громова, продемонстрировали превосходные данные бомбардировщика. Скорость 430 км/час на высоте 8600 м делала ТБ-7 на больших высотах практически недоступным для серийных истребителей тех лет. Впервые в истории авиации тяжелый бомбардировщик по скорости превзошел истребители.

После завершения государственных испытаний в 1938 г. военные специалисты потребовали срочной организации серийного выпуска нового самолета. Однако, несмотря на все достоинства и очевидную перспективность ТБ-7, массовый его выпуск так и не был налажен. В СССР в предвоенные и военные годы основное внимание уделялось расширению производства самолетов фронтовой авиации, в том числе и за счет сокращения выпуска тяжелых бомбардировщиков. По этой причине в период Великой Отечественной войны Советский Союз утратил первенство в области тяжелого самолетостроения и уже не располагал, как в 3О-х годах, мощным флотом тяжелобомбардировочной авиации. К тому времени ТБ-З явно устарели, а новые ТБ-7 выпускались в небольшом количестве.

ТБ-7 строились на авиационном заводе в Казани. Первые самолеты оборудовались упоминавшейся уже системой центрального наддува моторов. Затем начали ставить высотные двигатели АМ- 35А (турбокомпрессоры так и не были приняты в эксплуатацию), а по большей части дизельные М-3О или М-40, имевшие однотипную конструкцию. В июле 1941 г. из таких самолетов сформировали первое боевое соединение под командованием известного полярного летчика М.В.Водопьянова, а уже в августе 1941 г. это соединение совершило налет на Берлин. При выполнении этого дальнего полета ТБ-7 несли по три тонны бомб. т.е. в несколько раз больше. чем двухмотороные дальние бомбардировщики.

Из-за выявившейся ненадежности дизельных двигателей на ТБ-7 стали устанавливать АМ-35А. Именно на таком самолете экипаж летчика Э.К.Пусэпа в 1942 г. доставил в США. а затем обратно в Москву советскую дипломатическую миссию во главе с В.М.Молотовым.

После гибели в 1942 г. В.М.Петлякова. одного из главных руководителей проекта "42" (ТБ-7), самолет ТБ-7 переименовали в Пе-8.
После прекращения выпуска моторов АМ-35А бомбардировщики Пе-8 стали оснащаться моторами воздушного охлаждения М-82. Этот вариант Пе-8 использовался и после окончания войны, в частности, для исследовательских целей, а также в Полярной авиации.

Всего было построено 93 самолета ТБ-7 (Пе-8).

Photographs Section

TB-3 over Russia 01
Photo 01: Group of four engined Tupolev TB-3 heavy bombers in flight. According to records based on May 10, 1945 the USSR had 39 TB-3 aircraft still in service with long range heavy bomber units. How many of these aircraft that where actually serviceable remains questionable.

Pe-8 4M-35A taxing Russia 1941-42 01
Photo 01: Pe-8 4M-35A bomber taxing to take-off 1941-42 01

ANT-42 production run 1936 01-03
Photo's 01-03: The assembly of the first prototype ANT-42 aircraft in Experimental plant of TshAGI. On photo's 01-02 taken June 11, 1936 can be seen the assembly of the fuselage and in photo 03 taken June 13, the AM-34 engine mountings.

ANT-42 prototype 1937 01-02
Photo's 01-02: The first prototype of an ANT-42 bomber seen during the trials in February 1937. Note propellers without spinners.

ANT-42 M-100 prototype 1937 01
Photo 01: The first prototype of an ANT-42 bomber seen after mounting the M-100 engines.

ANT-42 M-100 prototype 1937 02
Photo 02: The second prototype ANT-42 bomber this photograph shows the landing flaps as well as the exhaust of the M-100 engine which was mounted in the fuselage along with the modified 'chin-type' navigator's station.

FAB-5000 bomb 01-02
Photo's 01-02: Photo 01 was taken when the Artist from the Great Theatre of Moscow where inspecting a FAB-5000 bomb. Right is Major Dononov and famous Russian singer S. Lemieshev. The Pe-8 was the only Russian aircraft at that time capable of carrying such a large payload.
photo 02 is a comic version of what they might of been saying. Only meant in humour!!

M-40 diesel engine 01
Photo 01: M-40 diesel engine fitted with two TK-2 superchargers.

Pe-8 4AM-35 Nr 42066 Molotov's transport aircraft USA 1942 01-03
Photo's 01-03: This photograph shows Petlyakov Pe-8 4AM-35 Nr 42066 in Washington June 1942 and was the aircraft that Molotov used to transport him on his round trip mission to the USA in 1942.

Pe-8 ASh-82 (M-82) radial engined aircraft 01
Photo 01: This photograph shows a Petlyakov Pe-8 ASh-82 (M-82) radial engined aircraft.

Pe-8 CCCP-H395 Polar Circuit 01
Photo 01: This photograph shows Petlyakov Pe-8 coded CCCP-H395 having its engines started by the mechanics also the aircraft was painted red overall.

Pe-8 CCCP-H396 Polar Circuit 01-02
Photo 01: This photograph shows Petlyakov Pe-8 coded CCCP-H396 and a Li-2 at the Polar Circuit.
Photo 02: This photograph shows Petlyakov Pe-8 coded CCCP-H396 and a Li-2 at the Polar Circuit 1950.

Pe-8 CCCP-H556 Polar Circuit 01
Photo 01: This photograph shows Petlyakov Pe-8 coded CCCP-H556 and a Li-2 at the Polar Circuit. The Petlyakov Pe-8 is powered by ASh-73 engines fitted with four blade propellers March 25, 1954. On the North Pole 4 expedition.

Pe-8 Crew 01-04
Photo 01: Petlyakov Pe-8 Crew enjoying a break.
Photo 02: Petlyakov Pe-8 Crew being briefed before a mission. How they managed to hear anything through their flying helmets remains a mystery.
Photo 03: Petlyakov Pe-8 4AM-35A Bomber crew from the 890th Long Range Bomber Regiment after a combat sortie at Ramienskoye airfield in 1943. Second from the right is commander A. Shamray.
Photo 04: On board mechanics in their stations.

Pe-8 defensive Dorsal Gunner 01-02
Photo 01: This photograph shows a Petlyakov Pe-8 gunner in a TAT dorsal turret armed with a 20mm ShVAK cannon Winter 1942-43.
Photo 02: Blue print of a Petlyakov Pe-8 TAT dorsal turret armed with a 20mm ShVAK.

Pe-8 defensive KEB turret with a 20mm ShVAK cannon 01
Photo 01: KEB turret with a 20mm ShVAK cannon

Pe-8 defensive TAT turret with a 20mm ShVAK cannon 01
Photo 01: TAT turret with a 20mm ShVAK cannon

Pe-8 defensive Nose Turret 01-02
Photo’s 01-02: Blue print of a Petlyakov Pe-8 nose gun turret armed with double ShKAS machine guns.

Pe-8 offensive FAB-250 bomb layout 01
Photo 01: Blue print of a Petlyakov Pe-8 offensive FAB-250 bomb layout.

Pe-8 offensive bombardier’s station 01
Photo 01: Blue print of a Petlyakov Pe-8 bombardier’s station and a nose bomb-bay with two flares.

Pe-8 Pilots Gromow and Filin 01
Photo 01: Chief test pilots Michail Gromow (left) who flew the first ANT-42 in December 1936 and (right) A.I. Filin who flew the ANT-42 1937 test flight.

Pe-8 Pilot Simonov 1943 01
Photo 01: Hero of the USSR Major M.V. Simonov with his Petlyakov Pe-8 ASh-82 in the background 1943.

Pe-8 Pilot Mikhail Vodopyanov 01
Photo 01: Commander of the 81st Aviation Division Hero of the USSR Kombrig Mikhail V. Vodopyanov

Pe-8 Pilot Golovanov 01
Photo 01: Commander of the Long Range Bomber Aviation A. E. Golovanov.

Pe-8 Navigator Ledoszyn 01
Photo 01: Navigator M. I. Ledoszyn completed 70 combat missions while flying on a Petlyakov Pe-8 bomber.

Pe-8 Navigator Zubow 1948 01
Photo 01: Navigator Zubow who was in command of the Polar Aviation aircraft H396 1948.

Pe-8 winter camouflage 1942 01
Photo 01: Petlyakov Pe-8 winter camouflage which was the standard white winter pattern 1942.

Pe-8 4AM-35 bombers 1942 01
Photo 01: This photograph shows Petlyakov Pe-8 4AM-35 bombers readied for their next combat sortie 1942

Pe-8 4AM-35A bomber 1943 01
Photo 01: The maintenance of engines and loading bombs of a well camouflaged Petlyakov Pe-8 4 AM-35A bomber in 1943.

Pe-8 bomber undergoing maintenance 01
Photo 01: This photograph shows a Petlyakov Pe-8 bomber undergoing maintenance

Pe-8ON 4ACz-30B Nr 42712 during trials 1945 01-03
Photo's 01-03: This photograph shows a Petlyakov Pe-8ON 4ACz-30B Nr 42712 transporter during her trials during the Summer of 1945.

Pe-8ON 4ACz-30B Nr 42712 during trials 1945 04
Photo's 04: This photograph shows a Petlyakov Pe-8ON 4ACz-30B Nr 42712 transporter during her trials at Kazan airfield Spring 1945. Interesting photo because in the background you can see a captured Ju-52/3m4mge aircraft and a Li-2 aircraft.

TB-7 4AM-35A Nr 4211 01
Photo 01: This photograph shows TB-7 4AM35A Nr. 4211 after a landing accident at Shcholkovo airfield when the landing gear collapsed while being flown by M. Gromov April 30, 1940.

TB-7 4AM-35A Nr 4215 01
Photo 01: This photograph shows the crew of TB-7 aircraft No. 4215. The crew of this aircraft was commanded by Colonel A.D. Aleksyjev on Monino airfield near Moscow after a comabt sortie to Konigsberg November 13, 1941.

TB-7 4AM-35A Nr 4218 01-02
Photo's 01-02:  This photograph shows TB-7 4AM35A Nr. 4218 top turret, the TAT dorsal turret armed with a 20mm SchVAK cannon.

TB-7 4AM-35A Nr 4218 03
Photo 03: A Petlyakov Pe-8 4AM-35A Nr. 4218 fitted with a ASh-82FN radial engine mounted in the fuselage.

TB-7 4AM-35A Nr 4218 04-05
Photo's 04-05: A TB-7 4AM-35A Nr. 4218 fitted with a rear TAT-type gun turret armed with a ShVAK 20mm calibre cannon. Don't you just love the open door to the turret.

TB-7 4AM-35A Nr 4218 06
Photo 03: A TB-7 4AM-35A Nr. 4218 fitted with a dorsal TAT-type gun turret armed with a ShVAK 20mm calibre cannon.

TB-7 4AM-35A Nr 4224 01-05
Photo's 01-05: This photograph shows TB-7 Nr. 4224 seen during acceptance trials during the Winter of 1940-41.

TB-7 4AM-35A Nr 4225 01
Photo 01: This photograph shows TB-7 Nr. 4225 powered by M-40 diesel engines seen during the trials in January 1941. Note the closed air inlet to the coolers.

TB-7 4AM-35A Nr 42015 01-03
Photo's 01-03: Just off the production assembly line TB-7 4AM-35A Nr 42015.

TB-7 4AM-35A Nr 42015 04-06
Photo's 04-05: TB-7 4AM-35A Nr 42015 seen during the acceptance trials, Spring 1941.

TB-7 4AM-35A Nr 42015 07-08
Photo's 07-08: A MV-10 turret armed with double ShKAS machine guns mounted on the rear of the inner main engine nacelle.

TB-7 4AM-35A Nr 42015 09
Photo 09: This photograph shows the NZB-42 front gun turret.

TB-7 4AM-35A Nr 42015 10-11
Photo's 10-11: This photograph shows the 2T-215 rear gun turret armed with double ShKAS machine guns.

TB-7 (Pe-8) 4AM-35A Blue Prints in 1-72 Scale 0A-0I
Profile’s 0A-0I: TB-7 (Petlyakov Pe-8) 4AM-35A Blue Prints in 1-72 Scale

TB-7 being loaded with FAB500 bombs 01
Photo 01: TB-7 being loaded with FAB500 bombs

TB-7 in flight 1941 01
Photo 01: TB-7 in flight 1941

TB-7 being loaded with bombs 01
Photo 01: Unloading bombs transported in wooden crates in front of a TB-7 Russia 1941.

TB-7 being loaded with bombs 02
Photo 02: Preparing SAB-25 light bombs for lifting into a Petlyakov Pe-8.

Web References:

http://en.wikipedia.org/wiki/Petlyakov Pe-8
http://www.aviastar.org/air/russia/pe-8.php
http://www.historylink101.com/ww2-planes/a-stats.htm
http://www.militaryphotos.net/forums/

Books:

TB-7/Pe-8 No. 274 English Edition ISBN: 9788372192745

Pe-8 Petlyakov - Pe-8 Петляков history and specifications

This webpage was updated 27th September 2012

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