A film titled 'High Altitude dive and glide bombing' about means of attaining accuracy and pilot safety by carrier-based light aircraft dive bombers dropping special devices. A U.S. Navy dive bomber in flight in the United States. The aircraft rolls and dives down. A bomb impacts after being released. A massive explosion occurs (small atomic / nuclear). A mushroom cloud of smoke and dust rises up. A dive bomber in flight. The aircraft dives down and drops a bomb. An explosion occurs and billows of smoke rise up.
A film about means of attaining accuracy by dive bombers in the United States. Animation shows the trajectory path of a bomb after being released in mid air. The distance that a bomb would fall short of the target, if not compensated for, is called the "trail." A graph depicts the altitude of release of the bomb and the sight angle. Animation explains the concepts. A pilot sets a lead at a target. Animation depicts the importance of the lead at release altitude. Results are illustrated in animation. Consequences of taking a wrong flight path are explained. A graph depicts the means of computing the release altitude and the sight angle. The effect of wind on a diving aircraft as it affects the flight path.
A film about means of attaining accuracy by dive bombers in the United States. Animation depicts the importance of standard runs, at 50 and 70 degree dive angles, to improve the accuracy of bombing a target. A graph depicts the sight angle and release altitude. Wind correction tables. Animation depicts means of lead correction. A dive bomber aircraft in flight dives. A technician speaks over a wireless and looks at the aircraft in flight. Animation depicts the accuracy of half readings in bombing a target area. Smoke rises as a bomb impacts. A technician enters various details in a chart.
A film about means of attaining accuracy by dive bombers in the United States. A U.S. Navy carrier based light aircraft in flight. The aircraft rolls and dives. Aerial views of the ground below as seen from the airborne aircraft. The aircraft dives at an angle of 70 degrees. A pipper moves on the target area. An explosion occurs on the target. The aircraft in flight as seen from the aircraft. The aircraft dives at an angle of 60 degrees. An explosion occurs and smoke rises. The aircraft rolls and continues flight.
The flight tests on United States Air Force(USAF) aircraft X-1A and X-10 at the Edwards Air Force base in California, United States. The U.S. Air Force F-86 Sabre, F-84 Thunderjet, F-86D Sabre, F-89 Scorpion, F-102 Delta Dagger lined up on the ramp. Another aircraft at a distance. The B-29 Superfortress with X-1A installed in bomb bay. X-1A in a cutaway bomb bay of B-29. The crew members of the B-29 and X-1A include U.S. Air Force Major General Charles Elwood Yeager (Chuck Yeager) as he picks up a helmet and a parachute. The crew members walk towards the aircraft. B-29 with X-1A takes off. B-29 with X-1A climbs for altitude. B-29 in flight with X-1A attached to bomb bay and fuselage. The X-1A drops away from B-29. The rocket engine of the X-1A started and it continues flying. The F-86 Sabre behind the X-1A. The contrail of X-1A . The contrails of B-29. The F-86 diving and turning. Ground in the background. X-1A lands on desert. A group of personnel around the X-1A. Chuck Yeager in the cockpit of the X-1A. He climbs out and jumps on the ground.
The flight tests of United States Air Force(USAF) aircraft X-1A and X-10 at the Edwards Air Force base in California, United States. X-10 stationed on desert at the Edwards Air Force Base. X-10 takes off. X-10 in flight. X-10 lands and the drogue parachute deployed at the rear of the X-10. The aircraft slows down.
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