The British Hurricane and Spitfire were both famous aces aircraft, - and there have been many others.
I know one of them is the Supermarine Spitfire II
to call in fighter planes
The ZERO was the main Japanese fighter plane during world war two, for both the Navy and Air Force.
The two major British fighter planes were the Hurricane and the Spitfire. The primary type was fighter. Some aircraft were used for rescue of downed airmen at sea and for coastal patrols. These varied from seaplanes to two-engine bombers.
Erich Hartmann of Germany in World War Two. He had 352 confirmed victories.
An "ace" was an Allied pilot who shot down five or more enemy planes. The German equivalent was a "Kanone", but a German pilot had to shoot down ten or more to be considered a "Kanone". This was all the invention of newspaper writers. The Red Baron eventually ran his score up to 80 enemy planes destroyed. Most of his victims were two-seater recon planes. These were not necessarily easy targets, because the observer in the back seat had a machine gun to use in fighting off attacks from the rear. But they were generally slower and less maneuverable than single-seat fighter planes. A true dogfight was between single-seat fighter planes. One of the Baron's hard-fought victories came over British ace Lanoe Hawker, who had around 11 kills to his credit when he fell before the Baron's guns.
The P51 mustang was a famous fighter used by the allies in World War Two.
Air, land and sea were the types of battles fought in World War 2. They used ships, subs, boats, tanks, large weapons and infantry weapons, fighter planes and bomber planes.
No, Ace is the highest card in the deck and a two is the lowest.
two planes intersect in one line, or the planes could be parallel. by the way there is no such thing as skew planes...
The intersection of two planes is a line.
John W. Paulson has written: 'Summary of low-speed longitudinal aerodynamics of two powered close-coupled wing-canard fighter configurations' -- subject(s): Aerodynamics, Fighter planes, Structural engineering, Design and construction