German Air Power In View

Messerschmitt Bf 108.

Blohm & Voss Bv 138 MS.

Blohm und Voss Bv 138 Seedrache (Sea Dragon).

Blohm und Voss Bv 138.

Blohm und Voss Bv 138C.

Blohm und Voss Bv 138.

Blohm & Voss Bv 138.

Dornier Do 17.

Dornier Do 17F-1 54+J39 Luftwaffe. This aircraft was assigned to 9 Staffel of KG 255.

Dornier Do 17Z-1.

Dornier Do 17Z-2. This aircraft belonged to KG 76.

A flight of Dornier Do 17 bombers, 31 December 1939.

Dornier Do 17.

Dornier Do 17Z after being shot down and crash landed on the railway tracks somewhere in the Soviet Union.

Dornier Do 17Z shot down and crash landed in Russian village.

Ground crewmen running up the engine of a Messerschmitt Bf 109 of JG54. In the background is a Dornier Do 17.

Ground crewmen working on a Messerschmitt Bf 109 of JG 54. In the background is a Dornier Do 17.

Dornier Do 17s.

Dornier Do 17P, Bulgaria, 1941.

Dornier Do 17E.

A German mechanic makes a snowman in front of a Dornier Do 17. 1941.

Dornier Do 17, c. 1939/40.

Dornier Do 215.

Dornier Do 215.

Field Marshal Albert Kesselring in the nose of a Dornier Do 215B-2, July 1942.

Dornier Do 215, Budaörs Airport, Budapest, Hungary, 1940.

Dornier Do 335A-1, WNr 240161, Freeman Field, Indiana.

Dornier Do 335A-12 "Pfeil".

Focke-Achgelis Fa 233 "Drache".

Fieseler Fi 167A-0, WkNr 167005, TJ+AN, Luftwaffe, 1938. The Fi 167 was designed as a torpedo bomber for Germany's projected aircraft carriers. The type passed through testing very successfully but, since the carriers were never completed, only about a dozen Fi 167s were built. Most ended up in a Croatian unit in 1944.

Flettner Fl 282 "Kolibri".

Flettner Fl 282 V17, CJ+SK, after crashing, 13 April 1944.

Fokker T.VIII in Luftwaffe service.

Fokker T.VIII-W/M used by the Luftwaffe at a base in the Aegean Sea where the See-Aufklärungsgruppe operated.

Focke-Wulf Fw 189 after a forced landing in the snow.

Focke-Wulf Fw 189 being warmed up before a flight.

Fw 189 Uhu of the NAG 12, 1942.

Focke-Wulf Fw 189 A-3, WkNr 0192, V7-1J, Luftwaffe, Tiiksjärvi, Russia, 20 June 1943.

Focke-Wulf Fw 189 A-3, WkNr 0192, V7+1J, Luftwaffe, Tiiksjärvi, Russia, 10 June 1943.

Fw 189 “Uhu” (Owl), D-OPVN, was a German twin-engine, twin-boom, three-seat tactical reconnaissance and army cooperation aircraft. The aircraft’s origin came from the drawing board of Focke-Wulf’s chief designer himself, Kurt Tank.

Focke-Wulf Fw 190A-3, Werknummer 223, Hauptmann Hans "Assi" Hahn, Gruppenkommandeur III./JG 2, France.

Focke-Wulf Fw 190 "Würger", Hauptmann Bruno Stolle, 8./JG2, 1943.

Focke-Wulf Fw 190A-3, Werknummer 223, Hauptmann Hans "Assi" Hahn, Gruppenkommandeur III./JG 2, France.

Focke-Wulf Fw 190A-3, Werknummer 223, Hauptmann Hans "Assi" Hahn, Gruppenkommandeur III./JG 2, France.

Focke-Wulf Fw 190A3, 1./JG51 (I. Gruppe/Jagdgeschwader 51) "Mölders", Jesau Germany, 1942.

Focke-Wulf Fw 190A, III./JG2 (III.Gruppe/Jagdgeschwader 2), Vannes France, 1943.

Focke-Wulf Fw 190.

German engineer Kurt Tank, chief designer of the Focke-Wulf Fw 190 and pilot Colonel Josef Priller on the left with Fw 190s.

Commander of JG26, Colonel Josef (Pips) Priller, 1915-1961, before departing on a flight.

Captured Hs 129, RAF. An Fw 190 in RAF markings sits next to it.

Unloading a BMW 801 engine for a Focke-Wulf FW 190 fighter from a Gotha Go 242 glider, Russia, 1943.

Luftwaffe model of B-17 with wire depicting the arcs of each machine gun on the Fortress, with an Fw 190 model at upper right. These were used to show Luftwaffe pilot trainees how to attack a B-17.

Focke-Wulf Fw 200.

Focke-Wulf Fw 200 "Kondor" after an emergency landing on the water.

A Luftwaffe Heinkel He 111 bomber flying over Wapping and the Isle of Dogs in the East End of London at the start of the Luftwaffe's evening raids of 7 September 1940.

Early model Heinkel He 111s of Kampfgeschwader 26 in flight in 1939.

A captured Heinkel He 111H aircraft at Celone, Italy, in 1944. The Heinkel caused some excitement at the airfield in Italy used by RAAF Handley Page Halifax crews when it circled the airfield and came in to land.

Tail of a crashed Heinkel He 111H-6 bomber at Palmyra, Syria, in December 1941. Aircraft of the 4. Staffel, II. Gruppe, KG 4 (4th Squadron, 2nd Group, 4th Bomb Wing) operated briefly in Iraq in May 1941, their German markings being overpainted with Iraqi ones.

An abandoned Heinkel He 111 at Fuka, Egypt on 13 November 1942.

Heinkel He 111 ready to tow a Gotha Go 242 glider, Russia, January 1943.

Polish Army soldier holding last remaining part of German He 111 bomber destroyed by Poles over Warsaw when airplane was killing civilians. Visible journalist Julien Bryan on the left side. Bryan said that Polish anti-aircraft artillery shot down about 50 enemy aircraft during his visit. Powiśle Power Station, Warsaw, Poland 1939.

Heinkel He 111 with V-1.

Me 321 being towed by a Heinkel He 111Z.

A five-engine Heinkel He 111Z Zwilling (Twin) and, just coming in to land in the background, a six-engine Messerschmitt Me 323 Gigant (Giant), possibly Sicily, 1943

The bomb aimer in a He 111H-18 manipulating the “Knupple” (joystick) on the FuG 203 Kehl III guidance system. To the right of the transmitter is the second control panel containing four gauges. (The He 111 had also been selected as a mother aircraft for the Hs 293; it never saw operational use, but did conduct test programs with the Hs 293.)

Heinkel He 111Z-1 "Zwilling".

Heinkel He 118.

The unsuccessful Heinkel He 118 dive bomber, D-UKYM.

He 177A-3, VD+XS, belonging to Pilot School (B) 16, at Burg airfield near Magdeburg.

This He 177 of I/KG 100 took part in Operation Steinbock, the night bombing attacks on Great Britain in the early part of 1944. Note the lack of fuselage crosses on this aircraft.

Close-up of the nose of an He 177 of II/KG 40 show the aerials of the Hohentwiel ship search radar.

He 177A-5 of III/KG 1, which operated with the type on the Eastern Front in the summer of 1944.

The crew of a He 177 in life jackets and their parachutes, prior to a mission over Britain, at Bordeaux-Merignac in June 1944.

A He 177A-5/R2 with ventral fuselage rack and outboard underwing racks for the Hs 293 and Fritz X.

Close-up of the rear gun turret of the He 177A-5.

The second prototype Heinkel He 177 at the Heinkel works at Rostock/Marienehe, early in the war. This aircraft later broke up in mid-air, following severe control flutter.

Heinkel He 177A-3.

Heinkel He 177.

Heinkel He 177.

In Germany during World War II there were severe political pressures against the introduction of completely new aircraft. Had this not been the case the Heinkel He 219 would have replaced the Me 110 and Ju 88 as the standard Luftwaffe night fighter. Shown at a display of captured aircraft at Farnborough, this A-7/R1 carried SN-2 radar and armament of six 30mm (two being Schrage Musik) and two 20mm. It was not the first prototype, despite having 'V1' on the nose in the position where such V (versuchs) numbers were stenciled.

Heinkel He 219.

Heinkel He 219 Uhu night fighter.

Heinkel He 219 cockpit.

Heinkel He 219 V5 prototype. The He 219 was fitted with an unusual tricycle landing gear.

The He 219 V3 prototype VG+LW in flight.

He 219 Uhu lineup at an airfield. Note the missing left rudder.

The He 219 was provided with a cockpit that offered its crew an excellent all-around view.

The He 219 A-0 laying derelict at Munster, Germany in May 1945.

Heinkel He 219 ‘Uhu‘.

Heinkel He 274.

DB603A engines for the Heinkel He 274.

Heinkel He 280 V1 prototype.

Heinkel He 280 V1, DL+AS, taking off for its first flight on 2 April 1940.

Heinkel He 280 V7 (NU+EB aka D-IEXM) languishing at Anspach, Bavaria, in 1945. The civil registration D-IEXM was applied to the He 280 V7 after it was handed over to the DFS facility in Ainring for glide trials.

Heinkel He 280 V7 (NU+EB aka D-IEXM) languishing at Anspach, Bavaria, in 1945. The civil registration D-IEXM (applied to the He 280 V7 after it was handed over to the DFS facility in Ainring for glide trials) is partly obscured by one of the vertical stabilizers of the aircraft in the photo.

Henschel Hs 123B, 12+—, II(S.)/LG 2, Cognac, France, 1940.

Henschel Hs 123.

Hs 123 carrying registration D-ILUA.

Henschel Hs 123A-1.

Lineup of Hs 123A dive bombers, with a Junkers Ju 87 “Stuka” at right.

Henschel Hs 123.

Lineup of Henschel Hs 123Bs, II(S.)/LG 2, Cognac, France, 1940.

Henschel Hs 123B, KB+QA, white 8, Werk.Nr. 2732.

Henschel Hs 126.

Henschel Hs 126.

Henschel Hs 126.

Captured CMP Ford F15 in April 1941. This captured 2nd Armoured Division Ford was used on the Gazala airfield, Libya for various tasks amongst others towing the recon squadron’s Henschel Hs 126 aircraft.

Ju 52 transport prepares to take off from Greece as part of Operation Mercury, the invasion of Crete by German paratroopers in May 1941. The Germans suffered horrendous losses in both men and airplanes. The Germans never mounted an airborne operation of that size ever again during the war.

Coming in low, German transports seeded Heraklion airfield in Crete with paratroopers and parachute-borne equipment.

A Ju 52 hit by anti-aircraft fire goes down.

Hit by anti-aircraft fire, one plane nosed down in flames, but the Luftwaffe kept coming.

Junkers Ju 52/3mce (D-2468, 4019) Lufthansa "Joachim von Schröder". One of six production Ju 52/3mce's this aircraft was powered by three BMW Hornet A-2 engines fitted with Townend rings. It was flown for the first time in May 1933 and was re-registered as D-AFIR in August 1934, and was subsequently transferred to the RLM (Reichsluftfahrtministeri¬um, State Air Ministry).

Junkers Ju 52 27+E11 and 27+B23.

Junkers Ju 52 bomber/transports, 27+E11, 27+B23, 27+D13, 27+E13, seen pre-war. The ventral gunner can be seen just aft of the fixed landing gear in his exposed “dustbin” gun position. This is a composite photo created by taking the previous photo and adding a photo of the city and then making a copy of the smaller Ju 52 in the above photo and reducing it and adding two of them to this photo

German paratroopers jump at low altitude from their Junkers Ju 52 transport during the invasion of Holland, May 1940.

Junkers Ju 52 25+D38.

Junkers Ju 52 G6+BP.

Junkers Ju 52 stirs up the sand at Tripoli.

End of the Phony War, May 1940—German paratroopers drop from Junkers Ju 52s over the Netherlands in the vicinity of The Hague and Rotterdam.

Supplies for the invasion of Crete are being loaded into a Junkers Ju 52 in North Africa.

Junkers Ju 52, pre-war, in civilian registration, D-2600.

Afrika Korps soldiers arrive by Junkers Ju 52 transport.

German infantry landed by Junkers Ju 52 transports at an airfield during the invasion of Norway in 1940.

Junkers Ju 52 floatplane in Norway.

Junkers Ju 52/3m transports being refueled from drums on a Greek airfield. (?)Z+BF in foreground.

Junkers Ju 52 (??)+PD.

Fallschirmjägers and Junkers Ju 52, Norway.

Fallschirmjägers unloading a motorcycle and supplies from a Junkers Ju 52 in Crete.

German airmen exit a Junkers Ju 52 G6+(??) transport after landing on Crete, May 1941.

Fallschirmjägers receiving last-minute details and orders before boarding a Junkers Ju 52 transport.

Junkers Ju 52/3m Luftwaffe. Heavily retouched photo shows an aircraft of the Seenot Staffel (Maritime Search and Rescue Squadron).

Junkers Ju 52 and an Italian Air Force Savoia-Marchetti SM.79 "Sparviero", Comiso, Sicily, 1942.

Trapped in the ice at Hartvikvatnet (Hartvig Lake). Two Ju 52s in the distance are already sinking. VB‑UP was apparently one of the three worked on by the Norwegians after they retook the area. This airframe was just three months old. It was delivered to Pilot School C 3 at Lönnewitz, but assigned to reserve transport squadron 3./KGzbV 102 for the events of April and May 1940. It was salvaged in 1986 and is now on display at the Technik Museum Speyer.

Junkers Ju 52/3m, DB+QU, 6266, Hartvikvatnet, Norway, June 1940. One of eleven Ju 52s that landed on frozen Hartvig Lake near Narvik on 13 April 1940, DB+QU was written off after its landing or possibly as a result of Allied air attacks. The wreck remains in the lake today. The origin of the photo is unknown but it would seem to have been taken in June 1940, after the ice melted and useful parts, including the left engine, had been removed.

Junkers Ju 52. The wide doors permitted easy loading and unloading. The Junkers Ju 52/3m (nicknamed Tante Ju ("Aunt Ju") and Iron Annie) is a transport aircraft that was designed and manufactured by German aviation company Junkers. First introduced during 1930 as a civilian airliner, it was adapted into a military transport aircraft by Germany's Nazi regime, who exercised power over the company, for its war efforts over the objections of the company's founder Hugo Junkers.

Junkers Ju 52/3m, "Hannelore", B1+HA, Luftwaffe, Käkisalmi, Russia, 11 July 1942.

Junkers Ju 52/3m, "Hannelore", B1+HA, Luftwaffe, Käkisalmi, Russia, 11 July 1942.

Soviet soldiers inspect a downed Ju 52.

Refueling Junkers Ju 52.

Junkers Ju 52, Norway.

Junkers Ju 52/3m, D-AKLQ, Luftwaffe, circa 1937-1943. The man blocking the registration might be carrying the squadron pet on his shoulder but it is probably D-AKLQ, not AKLO. Both D-AKLQ and D-VDZA (c/n 5637 or 5837) served as ambulance aircraft with Sanitätsflugbereitschaft 7 in Greece during the war, though the photo may have been taken earlier. D-AKLO is also said to have existed but no details are given. D-AKLQ was rebuilt after a crash in 1935 and its c/n is also reported as 5171.


A German Junkers Ju 52/3m transport comes in for a landing on a an airfield on Crete, probably at Maleme. In the foreground is AS419, one of three Royal Navy Brewster 339B Buffaloes (AS419, AS420, AX814) of 805 Naval Air Squadron that were left unserviceable on Crete. This was the Buffalo of Lt. Rubert Brabner, that he crash-landed short of the airfield, and the Brewster flipped over on its back, fortunately without injury to Brabner, 19 March 1941. When German paratroopers overran Crete at the end of May, the Brewsters were apparently left in the boneyard. German photographers delighted in photographing their planes landing over the hulk of a derelict Brewster.

Messerschmitt Bf 109 and Junkers Ju 52.

Focke-Wulf Fw 191: Prototype German Bomber

Focke-Wulf Fw 191.

The Focke-Wulf Fw 191 was a prototype German bomber of World War II, as the Focke-Wulf firm's entry for the Bomber B advanced medium bomber design competition. Two versions were intended to be produced, a twin-engine version using the Junkers Jumo 222 engine and a four-engine variant which was to have used the smaller Daimler-Benz DB 605 engine. The project was eventually abandoned due to technical difficulties with the engines.

Design and Development 

In July 1939, the Reichsluftministerium (RLM) issued a specification for a high-performance medium bomber (the "Bomber B" program). It was to have a maximum speed of 600 km/h (370 mph) and be able to carry a bomb load of 4,000 kg (8,820 lb) to any part of Britain from bases in France or Norway. Furthermore, the new bomber was to have a pressurized crew compartment, of the then-generalized "stepless cockpit" design (with no separate windscreen for the pilot) pioneered by the Heinkel He 111P shortly before the war and used on most German bombers during the war, remotely controlled armament, and was to be powered by two of the new 2,500 PS (2,466 hp, 1,839 kW) class of engines then being developed (Jumo 222 or Daimler-Benz DB 604), with the Jumo 222 being specified for the great majority of such twin-engined designs, that Arado, Dornier, Focke-Wulf and Junkers had created airframe designs to use. The Arado E.340 was eliminated. The Dornier Do 317 was put on a low-priority development contract; and the Junkers Ju 288 and Focke-Wulf Fw 191 were chosen for full development. 

Dipl. Ing E. Kösel, who also worked on the Fw 189 reconnaissance aircraft, was supposed to have led the design team for the Fw 191. Overall, the Fw 191 was a clean, all-metal aircraft that featured a shoulder-mounted wing. Two 24-cylinder Jumo 222 engines (which showed more promise than the DB 604 engines) were mounted in nacelles on the wings. An interesting feature was the inclusion of the Multhopp-Klappe, an ingenious form of combined landing flap and dive brake, which was developed by Hans Multhopp. Fuel was carried in five tanks located above the internal bomb bay and two tanks in the wing between the engine nacelles and fuselage. 

The tail section was of a twin fins and rudders design, with the tailplane having a small amount of dihedral. The main landing gear legs retracted to the rear and rotated 90° to lie flat in each engine nacelle with the mainwheels resting atop the lower ends of the gear struts when fully retracted, much like the main gear on the production versions of the Ju 88 already did. Also, the tailwheel retracted forwards into the fuselage. A crew of four sat in the pressurized cockpit, and a large Plexiglas dome was provided for the navigator; the radio operator could also use this dome to aim the remotely controlled rear guns. 

The Fw 191 followed established Luftwaffe practice in concentrating the crew in the nose compartment, also including the nearly ubiquitous Bola, inverted-casemate undernose gondola for defensive weapons mounts first used on the Junkers Ju 88A before the war, and in the use of a "stepless cockpit", having no separate windscreen for the pilot, as the later -P and -H versions of the Heinkel He 111 already did. This was pressurized for high-altitude operations. The proposed operational armament consisted of one 20 mm MG 151 cannon in a chin turret, twin 20 mm MG 151 in a remotely controlled dorsal turret, twin 20 mm MG 151 in a remotely controlled ventral turret, a tail turret with one or two machine guns and remotely controlled weapons in the rear of the engine nacelles. However, different combinations were mounted in the prototype aircraft. Sighting stations were provided above the crew compartment, and either end of the Bola beneath the nose. 

The aircraft had an internal bomb bay. In addition, bombs or torpedoes could be carried on external racks between the fuselage and the engine nacelles. The design was to have had a maximum speed of 600 km/h (370 mph), a bomb load of 4,000 kg (8,820 lb), and a range allowing it to bomb any target in Britain from bases in France and Norway. 

Failure and End of Program 

It is said that the intention to use electric power for almost all of the aircraft's auxiliary systems (as used on the Fw 190 fighter), requiring the installation of a large number of electric motors and wiring led to a nickname for the Fw 191 of "Das fliegende Kraftwerk" ("the flying powerstation"). This also had the detrimental effect of adding even more weight to the overburdened airframe, plus there was also the danger of a single enemy bullet putting every system out of action if the generator was hit. Dipl. Ing Melhorn took the Fw 191 V1 on its maiden flight early in 1942, with immediate problems arising from the lower rated engines not providing enough power, as was anticipated. The Multhopp-Klappe, gave severe flutter problems when extended, and indicated a need for a redesign. At this point, only dummy gun installations were fitted and no bomb load was carried. After completing ten test flights, the Fw 191 V1 was joined by the similar V2, but only a total of ten hours of test flight time was logged. The 2,500 PS (2,466 hp, 1,839 kW) Junkers Jumo 222 engines which would have powered the Fw 191 proved troublesome. In total only three prototype aircraft, V1, V2 and V6, were built. The project was crippled by engine problems and an extensive use of electrical motor-driven systems. Problems arose almost immediately when the Jumo 222 engines were not ready in time for the first flight tests, so a pair of 1,560 PS (1,539 hp, 1,147 kW) BMW 801A radial engines were fitted. This made the Fw 191 V1 seriously underpowered. Another problem arose with the RLM's insistence that all systems that would normally be hydraulic or mechanically activated should be operated by electric motors. 

At this point, the RLM allowed the redesign and removal of the electric motors (to be replaced by the standard hydraulics), so the Fw 191 V3, V4 and V5 were abandoned. The Fw 191 V6 was then modified to the new design, and also a pair of specially prepared Jumo 222 engines were fitted that developed 2,200 PS (2,170 hp, 1,618 kW) for takeoff. The first flight of the new Fw 191 took place in December 1942 with Flugkapitän Hans Sander at the controls. Although the V6 flew better, the Jumo 222 were still not producing their design power, and the whole Jumo 222 development prospect was considered dubious due to the shortage of special metals for it. The Fw 191 V6 was to have been the production prototype for the Fw 191A series.

Due to the German aviation engine industry having chronic problems in producing engines capable of equal to or more than the 1,500 kW (2,000 PS) figure during the war, that were fit for service, the Jumo 222 engines were having a lot of teething problems and the Daimler Benz DB 604 had already been abandoned, a new proposal was put forth for the Fw 191B series. The V7 through V12 machines were abandoned in favor of installing a pair of Daimler Benz DB 606 or 610 "power system" engines (basically coupled pairs of either DB 601 or 605 12-cylinder engines) in the Fw 191 V13. Their lower power-to-weight ratio (each "power system" weighed 1.5 tonnes) meant that the armament and payload would have to be reduced. It had already been decided to delete the engine nacelle gun turrets, and to make the rest manually operated. Five more prototypes were planned with the new engine arrangement, V14 through V18, but none were ever built, possibly from the August 1942 condemnation by Reichsmarschall Hermann Göring of the coupled "power system" DB 606 and 610 powerplants as "welded-together engines", in regards to their being the primary cause of the unending series of powerplant problems in their primary use, as the engines on Heinkel's Heinkel 177A Greif, Germany's only heavy bomber to reach production in World War II. 

One final attempt was made to save the Fw 191 program; the Fw 191C was proposed as a four engined aircraft, using either the 1,340 PS (1,322 hp, 986 kW) Junkers Jumo 211F, the 1,350 PS (1,332 hp, 993 kW) DB 601E, the 1,475 PS (1,455 hp, 1,085 kW) DB 605A or similar rated DB 628 engines. Also, the cabin would be unpressurized and the guns manually operated, with a rear step in the bottom of the deepened fuselage — in the manner of the near-ubiquitous Bola gondola used by the majority of German bombers for ventral defense under the nose — being provided for the gunner. Focke-Wulf used the designations Fw 391 and Fw 491 for the different variants of the Fw 191C, but these were unofficial and never allocated by the RLM.

The "Bomber B" program had been canceled, due mainly to no engines of the 2,500 PS class being available, which was one of the primary requirements in the "Bomber B" program. Although the Fw 191 will be remembered as a failure, the airframe and design eventually proved themselves to be sound; only the underpowered engines and insistence on electric motors to operate all the systems doomed the aircraft. There were only three Fw 191s built (V1, V2 and V6), and no examples of the Fw 191B or C ever advanced past the design stage. The RLM kept in reserve for Focke-Wulf the designation Fw 391 for follow-up designs but nothing came of it and the project was eventually scrapped. 

Type: Advanced Medium Bomber 

Bomber B design competitor

National origin: Germany 

Manufacturer: Focke-Wulf Flugzeugbau 

Status: Prototype 

Primary user: Luftwaffe (cancelled order) 

Number built: 3 

First flight: Early 1942 

Specifications (Fw 191B - DB 610 Engines) 

Crew: 5

Length: 19.63 m (64 ft 5 in)

Wingspan: 26 m (85 ft 4 in)

Height: 5.6 m (18 ft 4 in)

Wing area: 70.5 m2 (759 sq ft)

Gross weight: 25,490 kg (56,196 lb)

Maximum takeoff weight: 25,319 kg (55,819 lb)

Fuel capacity: 3,930 L (1,040 US gal; 860 imp gal) normal ; 7,570 L (2,000 US gal; 1,670 imp gal) with ferry tanks

Powerplant: 2 × Daimler-Benz DB 610A and B 24-cylinder liquid-cooled coupled V-12 piston engine, 2,140 kW (2,870 hp) each for take-off at 2,800 rpm at sea level

Propellers: 4-bladed VDM constant-speed propeller, 4.52 m (14 ft 10 in) diameter LH and RH rotation

Maximum speed: 565 km/h (351 mph, 305 kn) at 3,950 m (12,960 ft)

Cruise speed: 500 km/h (310 mph, 270 kn)

Range: 1,800 km (1,100 mi, 970 nmi) at 500 km/h (310 mph; 270 kn)

Ferry range: 3,860 km (2,400 mi, 2,080 nmi) at 490 km/h (300 mph; 260 kn)

Service ceiling: 8,780 m (28,800 ft) at 23,135 kg (51,004 lb)

Rate of climb: 7.67 m/s (1,500 ft/min) at 23,860 kg (52,600 lb) 

Guns: 

2 × 7.92 mm (.312 in) MG 81 machine guns in chin turret 

2 × 7.92 mm (.312 in) MG 81 machine guns in remote-controlled turret at rear of each engine nacelle 

1 × 20 mm (0.79 in) MG 151/20 cannon and 2 × 13 mm (.51 in) MG 131 machine guns in dorsal turret 

1 × 20 mm MG 151/20 cannon and 2 × 13 mm (.51 in) MG 131 machine guns in ventral turret 

Bombs: 4,200 kg (9,240 lb) of bombs (Two torpedoes could also be carried internally) 

Bibliography

Jane's All the World's Aircraft 1945, page 117c and addendum 23 

Jane's Fighting Aircraft of World War II. London. Studio Editions Ltd, 1989. 

Munson, Kenneth (1978). German Aircraft Of World War 2 in colour. Poole, Dorsett, UK: Blandford Press. 

Herwig, Dieter; Rode, Heinz (2000). Luftwaffe secret projects : strategic bombers 1935-45 (1st English ed.). Earl Shilton: Midland. p 29. 

Green, William (2010). Aircraft of the Third Reich : Volume one. London: Aerospace Publishing Limited. pp. 463–465. 

 

Focke-Wulf 191V-1. (Nowarra/Ray Wagner/SDASM Archives)

Focke-Wulf Fw 191A.

Focke-Wulf Fw 191 V1.



Focke-Wulf Fw 191B with DB 610.

Focke-Wulf Fw 191C.

Focke-Wulf Fw 191 V1 with BMW 801MA radial engines. Note crew access ladder and open bomb bay doors.


Focke-Wulf Fw 191 V1.

Close up of rear firing guns on the Focke-Wulf Fw 191 V1 .

Detail of the Multhopp-Klappe, a combination landing flap and dive brake.

Focke-Wulf Fw 191 V1.

Focke-Wulf Fw 191 V1.

Focke-Wulf Fw 191 V1.

Original Focke-Wulf Fw 191 factory drawing showing the bomb loading table.

Original Focke-Wulf factory drawing showing the various bomb loads that the Focke-Wulf Fw 191 could carry.

(from Geheimprojekte der Luftwaffe Band II: Strategische Bomber 1935-1945)

Focke-Wulf Fw 191 cockpit.











Focke-Wulf Fw 191.

Top: Focke-Wulf Fw 191B. Bottom: Focke-Wulf Fw 191C.


Focke-Wulf Fw 191C.

Artist illustration of Focke-Wulf Fw 191.

Top: Focke-Wulf Fw 191. Bottom: Focke-Wulf Fw 191C.

Focke-Wulf Fw 191A.

Pilot's station looking towards rear of aircraft.

View of cockpit looking forward from behind pilot's seat.

DB 604 engine.

Jumo 222 engine.

Focke-Wulf Fw 191 factory model.