- Thread starter
- #401
Ah, no because drag. Generally big wings = good turn but high drag (think Hurricane) small wings = less turn but low drag... all depending on weight as well of course. The unique thing about the Spitfire and a major part of what made it so special was it had a pretty big (36' span, 242 sq ft area) wing but it was so aerodynamically efficient it had quite low drag.
If a Fw 190 could out turn a Spit V that is news to me. I know they were dominating Spit V but I always understood that was due to speed (and roll) basically boom and zoom.
Fw 190 out turns a Spit V?
Googled it just now - found this post by our very own eagledad:
Spitfire Mk. V turn performance
From a British test in late 1942 with a clipped wing Spitfire, standard wing spitfire and FW-190:
Turning circle at 20,000 feet:
Spitfire V, standard wing 970 feet
Spitfire V, clipped wing 1025 feet
FW-190 1450 feet (RAE Farnborough figures)
No info on time or speed however.
Maybe he has a link to the test?
If a Fw 190 could out turn a Spit V that is news to me. I know they were dominating Spit V but I always understood that was due to speed (and roll) basically boom and zoom.
Fw 190 out turns a Spit V?
Googled it just now - found this post by our very own eagledad:
Spitfire Mk. V turn performance
From a British test in late 1942 with a clipped wing Spitfire, standard wing spitfire and FW-190:
Turning circle at 20,000 feet:
Spitfire V, standard wing 970 feet
Spitfire V, clipped wing 1025 feet
FW-190 1450 feet (RAE Farnborough figures)
No info on time or speed however.
Maybe he has a link to the test?