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P-38 was designed for high speed @ high altitude. CAS requires medium to low speed @ low altitude and crew protection against ground fire.
If U.S. Army Air Corps desire a twin engine CAS aircraft they should start with a clean sheet of paper just as Germany did with Hs.129 and USAF did with 1970s A-10. Results are far better then attempting to jury rig an existing fighter aircraft.[/QUOTES
The P47 was also designed as a high speed high altitude fighter but was quite good at ground attack, just as the P38 was. Extra armor for the pilot would be an easy add on as would an armament change. A clean sheet aircraft would be nice, but clean sheet aircraft take time and money. The US had money, but not time. Besides, alot of the ad-hoc aircraft used by the US could match the specialty aircraft used by others. The P38 was a good performer down low, and with just an armament change, a bit of pilot armor and mayber a bit of armor around the engines and it should have done fine.
Harry Broadhurst, another one of the Greats.
P-38 was designed for high speed @ high altitude. CAS requires medium to low speed @ low altitude and crew protection against ground fire.
If U.S. Army Air Corps desire a twin engine CAS aircraft they should start with a clean sheet of paper just as Germany did with Hs.129 and USAF did with 1970s A-10. Results are far better then attempting to jury rig an existing fighter aircraft.
I'll hazzard a guess designing a purpose built CAS aircraft would require fewer resources and time then designing B-29, B-32, atomic bombs etc.
The U.S. Army Air Corps didn't have a purpose built CAS aircraft because they didn't want one. It had nothing to do with resources.
The U.S. Army Air Corps didn't have a purpose built CAS aircraft because they didn't want one.
German KwK38 and Soviet VyA-23 could damage armored vehicles. I wouldn't count on Hs.404 cannon (i.e. USA M2) hurting armored targets.