raven quote
Quote:
What 'better' aerodynamics for pistons are there? Even today at Reno, there's little to choose between Sea Furies, Bearcats and Mustangs. In fact, the pointy Mustang is the most aerodynamically modified airframe (at Reno) of the three.
huh, interesting. I guess if you put enough horsepower infront (or behind to as in the case of the DO) of anything than it would be faster. Bearcat does have more hp and empty weight is less than p-51. Sea Fury is q pig but look at the ponies and yet the P-51 top end is still listed as the highest.
One could only think that IF an inline put out those same HP levels with the aid of better aerodynamics then it would outperform the radials. Just an assumption as I'm no engineer or "rocket scientist" by far!
Specs graciously taken from
www.warbirdalley.com.
Specifications (F8F-1B):
Engine:
2,100hp Pratt & Whitney R-2800-34W Double Wasp 18-cylinder radial piston engine
Weight: Empty
7,070 lbs., Max Takeoff 12,947 lbs.
Performance:
Maximum Speed at 19,700ft:
421mph
Cruising Speed: 163mph
Initial Climb Rate: 4570 feet per minute
Specifications (P-51D):
Engine: One
1,695-hp Packard Merlin V-1650-7 piston V-12 engine
Weight: Empty
7,125 lbs. Max Takeoff 12,100 lbs.
Wing Span: 37ft. 0.5in.
Length: 32ft. 9.5in.
Height: 13ft. 8in.
Performance:
Maximum Speed:
437 mph
Specifications (Sea Fury FB.Mk 11):
Engine: One
2,480-hp Bristol Centaurus 18, 18-cylinder radial piston engine.
Weight: Empty
9,240 lbs., Max Takeoff 12,500 lbs.
Wing Span: 38ft. 4.75in.
Length: 34ft. 8in.
Height: 15ft. 10.5in.
Performance:
Maximum Speed:
435 mph
Anyone have the drag coef. for the above mentioned?
regards,
t~