Aerei da cacciaAerei da bombardamentoAerei da ricognizioneAerei da trasportoAerei da addestramento
Aviazione: Luftwaffe
- Costruttore: Henschel Flugzeugwerke A.G.
- Anno: 1942
- Peso al decollo Kg.: 5.243
- Velocità massima km/h: 407 a 3.800 m.
- Quota massima operativa: 9.000
- Autonomia Km: 690
- Equipaggio: 1
- Carico utile Kg.:-
- Costruttore: Junkers Flugzeug und Motorenwerke A.G.
- Anno: 1942
- Peso al decollo Kg.: 40.900
- Velocità massima km/h: 439 a 5.800 m.
- Quota massima operativa: 6.000
- Autonomia Km: 5.280
- Equipaggio: 7-9
- Carico utile Kg.:
- Costruttore: Ernst Heinkel A.G.
- Anno: 1942
- Peso al decollo Kg.: 29.960
- Velocità massima km/h: 510 a 5.800 m.
- Quota massima operativa: 7.000
- Autonomia Km: 1.200
- Equipaggio: 5
- Carico utile Kg.:2.400
- Costruttore: Dornier Werke GmbH
- Anno: 1940
- Peso al decollo Kg.: 14.980
- Velocità massima km/h: 515 a 5.200 m.
- Quota massima operativa: 7.500
- Autonomia Km: 2.300
- Equipaggio: 4
- Carico utile Kg.:2.000
- Costruttore: Focke Wulf Flugzeugbau GmbH
- Anno: 1940
- Peso al decollo Kg.: 22.700
- Velocità massima km/h: 360 a 4.700 m.
- Quota massima operativa: 5.800
- Autonomia Km: 3.550
- Equipaggio: 5
- Carico utile Kg.:1.250
- Costruttore: Junkers Flugzeug und Motorenwerke A.G.
- Anno: 1939
- Peso al decollo Kg.: 10.360
- Velocità massima km/h: 450 a 5.500 m.
- Quota massima operativa: 8.000
- Autonomia Km: 1.700
- Equipaggio: 4
- Carico utile Kg.:1.800
- Costruttore: Dornier Werke GmbH
- Anno: 1939
- Peso al decollo Kg.: 8590
- Velocità massima km/h: 410 a 4.000 m.
- Quota massima operativa: 8.200
- Autonomia Km: 1.160
- Equipaggio: 4
- Carico utile Kg.:1.000
- Costruttore: Ernst Heinkel A.G.
- Anno: 1939
- Peso al decollo Kg.: 14.000
- Velocità massima km/h: 405
- Quota massima operativa: 8.500
- Autonomia Km: 2.060
- Equipaggio: 5
- Carico utile Kg.:2.495
- Costruttore: Junkers Flugzeug und Motorenwerke A.G.
- Anno: 1938
- Peso al decollo Kg.: 4.330
- Velocità massima km/h: 383 a 4.000 m.
- Quota massima operativa: 8.000
- Autonomia Km: 788
- Equipaggio: 2
- Carico utile Kg.:500
- Costruttore: Junkers Flugzeug und Motorenwerke A.G.
- Anno: 1937
- Peso al decollo Kg.: 8.190
- Velocità massima km/h: 360 a 4.000 m.
- Quota massima operativa: 7.500
- Autonomia Km: 1.400
- Equipaggio: 4
- Carico utile Kg.:1.000
- Costruttore: Henschel Flugzeugwerke A.G.
- Anno: 1936
- Peso al decollo Kg.: 2.200
- Velocità massima km/h: 317 a 1.200 m.
- Quota massima operativa: 9.000
- Autonomia Km: 860
- Equipaggio: 1
- Carico utile Kg.:200
- Costruttore: Bachem Werke GmbH
- Anno: 1945
- Peso al decollo Kg.: 2.230
- Velocità massima km/h: 997 a 5.000 m.
- Quota massima operativa: 9.800
- Autonomia Km: 58
- Equipaggio: 1
- Carico utile Kg.:-
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Ordina per
Henschel Hs 129
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Junkers Ju 290
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Heinkel He 177 Greif
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Dornier Do 217
Bombardiere bimotore ad ala media con due motori radiali o in linea a seconda delle versioni,...
Focke Wulf Fw 200 Condor
Il Focke Wulf Fw 200 Condor è un quadrimotore ad ala bassa, di impostazione convenzionale. La...
Junkers Ju 88
Bimotore monoplano ad ala bassa, con motori radiali o in linea a seconda delle versioni. Fu...
Dornier Do 17
Il Dornier 17 è un bombardiere della Seconda Guerra Mondiale, bimotore monoplano ad ala alta, propulso...
Heinkel He 111
L'Heinkel 111 è un bombardiere bimotore ad al bassa e carrello mobile, dal caratteristico muso vetrato...
Junkers Ju 87
Lo Junker 87 è un monoplano a carrello fisso, con ala bassa a gabbiano invertito e...
Junkers Ju 86
Lo Ju 86 era un bimotore della Luftwaffe, ala bassa, carrello retrattile, propulso da due motori...
Henschel Hs 123
Era un biplano della Luftwaffe, monomotore a carrello fisso e motore raffreddato ad aria, venne impiegato...
Bachem Ba 349 Natter
Il Ba 349 è più un missile che un aereo; nella tozza fusoliera ci sono il...