Aerei da cacciaAerei da bombardamentoAerei da ricognizioneAerei da trasportoAerei da addestramento
Aviazione: USAF
- Costruttore: Republic Aviation Corp.
- Anno: 1943
- Peso al decollo Kg.: 6.770
- Velocità massima km/h: 697 a 9.000 m.
- Quota massima operativa: 12.800
- Autonomia Km: 885
- Equipaggio: 1
- Carico utile Kg.:230
- Costruttore: Grumman Aircraft Engineering Corp.
- Anno: 1943
- Peso al decollo Kg.: 5.162
- Velocità massima km/h: 605 a 5.200 m.
- Quota massima operativa: 11.700
- Autonomia Km: 1.750
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: United Aircraft Corp.
- Anno: 1943
- Peso al decollo Kg.: 6.350
- Velocità massima km/h: 671 a 6.000 m.
- Quota massima operativa: 11.250
- Autonomia Km: 1.635
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Lockheed Aircraft Corp.
- Anno: 1942
- Peso al decollo Kg.: 8.165
- Velocità massima km/h: 636 a 7.620 m.
- Quota massima operativa: 11.890
- Autonomia Km: 724
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Republic Aviation Corp.
- Anno: 1941
- Peso al decollo Kg.: 3.600
- Velocità massima km/h: 562 a 7.620 m.
- Quota massima operativa: 11.500
- Autonomia Km: 1.290
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Brewster Aeronautical Corp.
- Anno: 1941
- Peso al decollo Kg.: 3.247
- Velocità massima km/h: 517 a 5.000 m.
- Quota massima operativa: 10.000
- Autonomia Km: 1.553
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Curtiss-Wright Corporation
- Anno: 1941
- Peso al decollo Kg.: 3.450
- Velocità massima km/h: 566 a 4.572 m.
- Quota massima operativa: 9.875
- Autonomia Km: 1.500
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Douglas Aircraft Co.
- Anno: 1942
- Peso al decollo Kg.: 11.325
- Velocità massima km/h: 490 a 4.000 m.
- Quota massima operativa: 7.400
- Autonomia Km: 1.650
- Equipaggio: 4
- Carico utile Kg.:905
- Costruttore: Bell Aircraft Corp.
- Anno: 1941
- Peso al decollo Kg.: Kg. 3.720
- Velocità massima km/h: Km/h 592 a 4.200 m di quota
- Quota massima operativa: 9.785
- Autonomia Km: 1.290
- Equipaggio: 1
- Carico utile Kg.:226
- Costruttore: Grumman Aircraft Engineering Corp
- Anno: 1940
- Peso al decollo Kg.: 3.176 Kg
- Velocità massima km/h: Km/h 531 a 6.500 m.
- Quota massima operativa: 11.430
- Autonomia Km: 1.360
- Equipaggio: 1
- Carico utile Kg.:91
- Costruttore: Curtiss-Wright Corporation
- Anno: 1938
- Peso al decollo Kg.: Kg 2.560
- Velocità massima km/h: 500 Km/h a 3000 m.
- Quota massima operativa: 9.500
- Autonomia Km: 1.000
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Republic Aviation Corp.
- Anno: 1937
- Peso al decollo Kg.: 2.855 Kg
- Velocità massima km/h: 453 a 3000 metri
- Quota massima operativa: 9.300
- Autonomia Km: 1.850
- Equipaggio: 1
- Carico utile Kg.:136
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Ordina per
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