Spitfire XIV vs Bf-109 K-4 vs La-7 vs Yak-3
With equal pilots and at altitudes ranging from 0 - 30,000 ft, which of these fighters is the overall best of the lot?
Make your decision and then justify it as best you can.
I wish all a good debate
Factsheet:
Supermarine Spitfire Mk. XIV specs:
Weight: 3,855 kg
Wing area: 22.48 m^2
Wing span: 11.23 m
Wing AR: 5.61
Wing TR: 12% to 9%
Wing Clmax: 1.36
Engine power: 2,235 HP
______________________
Lift loading: 126 kg/m^2
Span loading: 343.2 kg/m
Power loading: 1.72 kg/hp
Top speeds: 721 km/h at alt, 590 km/h at SL
Max climb rate: 4,800 + ft/min
Notes: Sensitive elevator authority at nearly all speeds (Both good bad), even at very high speeds. Good aileron authority at most speeds but stiff at very high speeds. Good to excellent vision from cockpit depending on canopy type. Gyroscopic gunsight to aid precision in high deflection shooting.
Messerschmittt Bf-109 K-4 specs:
Weight: 3,362 kg
Wing area: 16.15 m^2
Wing span: 9.92 m
Wing AR: 6.09
Wing TR: 14.2% to 11.35%
Wing Clmax: 1.70
Engine power: 1,975 HP
______________________
Lift loading: 122.4 kg/m^2
Span loading: 338.9 kg/m
Power loading: 1.70 kg/hp
Top speed: 719 km/h at alt, 609 km/h at SL
Max Climb rate: 5,000 + ft/min
Notes: Good elevator authority at most speeds, becomes stiff at very high speeds. Very good aileron authority at medium speeds, but stiff at high speeds and near solid at very high speeds. Great vision from cockpit. Center mounted armament for better precision in shooting. Automatic LE slats enhancing turn performance by increasing wing Clmax critical AoA by ~25% in covered areas. Ability to instantly drop from 5 to 20 degree's (5 degree intervals) of flaps in combat (Hydraulically powered), enhancing turn performance by further increasing wing Clmax.
Lavochkin La-7 specs:
Weight: 3,354 kg
Wing area: 17.5 m^2
Wing span: 9.8 m
Wing AR: 5.48
Wing TR: 16% to 10%
Wing Clmax: ~1.54
Engine power: 1,830 HP
______________________
Lift loading: 124.4 kg/m^2
Span loading: 342.2 kg/m
Power loading: 1.83 kg/hp
Top speeds: 680 km/h at alt, 585 km/h at SL
Max climb rate: 3,850 + ft/min
Notes: Good elevator authority at most speeds, heavy at high speeds. Good aileron authority at all speeds. Good vision from cockpit. Center mounted armament for increases precision in shooting. Automatic LE slats for enhanced turn performance, increasing wing Clmax critical AoA by ~25% in covered areas. Ability to drop flaps in combat, enhancing turn performance by further increasing wing Clmax.
Negative point: Tooth pick prop
Yakovlev Yak-3 specs:
Weight: 2,692 kg
Wing area: 14.85 m^2
Wing span: 9.2 m
Wing AR: 5.69
Wing TR: 14% to 10%
Wing Clmax: ~1.35
Engine power: 1,290 HP
________________________
Lift loading: 134.2 kg/m^2
Span loading: 292.3 kg/m
Power loading: 2.08 kg/hp
Top speeds: 646 km/h
Max climb rate: 3,645 + ft/min
Notes: Good elevator authority at all speeds. Excellent ailerons authority at all speeds. Center mounted armament for better precision in shooting. Great vision from cockpit. Ability to drop flaps in combat to enhance turn performance by increasing wing Clmax.
With equal pilots and at altitudes ranging from 0 - 30,000 ft, which of these fighters is the overall best of the lot?
Make your decision and then justify it as best you can.
I wish all a good debate
Factsheet:
Supermarine Spitfire Mk. XIV specs:
Weight: 3,855 kg
Wing area: 22.48 m^2
Wing span: 11.23 m
Wing AR: 5.61
Wing TR: 12% to 9%
Wing Clmax: 1.36
Engine power: 2,235 HP
______________________
Lift loading: 126 kg/m^2
Span loading: 343.2 kg/m
Power loading: 1.72 kg/hp
Top speeds: 721 km/h at alt, 590 km/h at SL
Max climb rate: 4,800 + ft/min
Notes: Sensitive elevator authority at nearly all speeds (Both good bad), even at very high speeds. Good aileron authority at most speeds but stiff at very high speeds. Good to excellent vision from cockpit depending on canopy type. Gyroscopic gunsight to aid precision in high deflection shooting.
Messerschmittt Bf-109 K-4 specs:
Weight: 3,362 kg
Wing area: 16.15 m^2
Wing span: 9.92 m
Wing AR: 6.09
Wing TR: 14.2% to 11.35%
Wing Clmax: 1.70
Engine power: 1,975 HP
______________________
Lift loading: 122.4 kg/m^2
Span loading: 338.9 kg/m
Power loading: 1.70 kg/hp
Top speed: 719 km/h at alt, 609 km/h at SL
Max Climb rate: 5,000 + ft/min
Notes: Good elevator authority at most speeds, becomes stiff at very high speeds. Very good aileron authority at medium speeds, but stiff at high speeds and near solid at very high speeds. Great vision from cockpit. Center mounted armament for better precision in shooting. Automatic LE slats enhancing turn performance by increasing wing Clmax critical AoA by ~25% in covered areas. Ability to instantly drop from 5 to 20 degree's (5 degree intervals) of flaps in combat (Hydraulically powered), enhancing turn performance by further increasing wing Clmax.
Lavochkin La-7 specs:
Weight: 3,354 kg
Wing area: 17.5 m^2
Wing span: 9.8 m
Wing AR: 5.48
Wing TR: 16% to 10%
Wing Clmax: ~1.54
Engine power: 1,830 HP
______________________
Lift loading: 124.4 kg/m^2
Span loading: 342.2 kg/m
Power loading: 1.83 kg/hp
Top speeds: 680 km/h at alt, 585 km/h at SL
Max climb rate: 3,850 + ft/min
Notes: Good elevator authority at most speeds, heavy at high speeds. Good aileron authority at all speeds. Good vision from cockpit. Center mounted armament for increases precision in shooting. Automatic LE slats for enhanced turn performance, increasing wing Clmax critical AoA by ~25% in covered areas. Ability to drop flaps in combat, enhancing turn performance by further increasing wing Clmax.
Negative point: Tooth pick prop
Yakovlev Yak-3 specs:
Weight: 2,692 kg
Wing area: 14.85 m^2
Wing span: 9.2 m
Wing AR: 5.69
Wing TR: 14% to 10%
Wing Clmax: ~1.35
Engine power: 1,290 HP
________________________
Lift loading: 134.2 kg/m^2
Span loading: 292.3 kg/m
Power loading: 2.08 kg/hp
Top speeds: 646 km/h
Max climb rate: 3,645 + ft/min
Notes: Good elevator authority at all speeds. Excellent ailerons authority at all speeds. Center mounted armament for better precision in shooting. Great vision from cockpit. Ability to drop flaps in combat to enhance turn performance by increasing wing Clmax.