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Not a fair comparison as the P-38 wasn't yet in mass production. You are paying for a hand built P-38 prototype that probably lacks most military equipment such as weapons, protective armor, self sealing fuel tanks, radio equipment etc.
That only holds true if both aircraft are powered by V12 engines. American single engine fighter aircraft powered by R2800 engine cost almost as much as a twin engine P-38.
Makes me wonder if Fw-190 would enter mass production in this scenerio. Focke Wulf could build the Fw-187 in increasing numbers for the entire war. The expensive and problem plagued BMW801 engine program could be cancelled in favor of increased DB601/DB605 engine production.
That only holds true if both aircraft are powered by V12 engines. American single engine fighter aircraft powered by R2800 engine cost almost as much as a twin engine P-38. Just as the single engine Fw-190 costs almost as much as a twin engine Fw-187. Large radial engines and airframes big enough to use them must be expensive.
3,500 man hours to build Me-109 airframe.
5,400 man hours to build Fw-190 airframe.
…..Fw-190 airframe requires 54% more man hours to build.
How is that possible? The Spitfire wasn't even operational during 1937 when RLM requested a new fighter aircraft.Fw 190 was the result of an RLM request for proposals for a new single engined fighter specifically to counter the Spitfire
Ju-88.
Produced on a large scale as standard heavy dive bomber and light level bomber.
.....Supplemented by He-111 in level bomber role.
Me-109.
Produced on a large scale as standard light fighter aircraft.
Fw-187.
Produced on a large scale as standard high endurance fighter and recon aircraft.
Do-217 bomber is a side issue with several possible solutions.
DB603 was the preferred engine for Do-217 so that's the program RLM should fund if this aircraft is to enter production. Better yet, put the Jumo 222 engine into mass production and build the Do-317 (i.e. Do-217 powered by Jumo 222 engines). Alternately He-177B (4 Jumo 211 engines) could enter production during 1941, eliminating Do-217 and He-111 level bombers.
1937 fighter aircraft will carry 600 liters of internal fuel. 50% more then existing Me-109.
5 March 1936.
Spitfire prototype first flight.
27 June 1936.
Spitfire prototype revealed to public at RAF Hendon air display.
.....As one would expect, the new aircraft had numerous technical problems which had to be solved before mass production could begin during mid 1938.
Autumn 1937.
RLM specification for a new fighter to operate alongside Me-109. He-100 and Fw-190 competed for this contract.
4 August 1938.
Spitfire enters operational service with 19 Squadron at RAF Duxford.
How is that possible? The Spitfire wasn't even operational during 1937 when RLM requested a new fighter aircraft.
A-0 was equipped with DB 603A engines, the A-1 was planned with 603E but may have received the 603Aa as well. DB 603G was never built except prototypes. Cowl guns were 2cm ones, they may have used 15mm ones in prototypes. The wing-mounted MK 103 were planned for the B-version, I haven't heard or seen something about gunpods.Historical Version of Do-335A1.
2 x DB603G engines. 1,900 hp each.
7,400 kg empty.
11,700 kg loaded
477 mph max speed. 413 mph sustained speed.
350 mph max speed with one engine.
2,330 range with drop tanks.
4,600 ft/min climb.
1 x M103 3cm cannon firing through prop hub. 2 x cowl mounted 151/15 or 151/20 cannon.
Optional. 2 x wing mounted 3cm Mk 103 cannon.
1,000kg bomb bay
Not necessarily true. Initial Fw-190 design proposals were powered by Daimler Benz engines. The Fw-190 could have been powered by the DB601 or, better yet, DB603 from the beginning.without the development of the Fw 190 A series there would have been no Fw190 D series either