What is the maximum altitude at which a plane can fly?
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All turbine aircraft fly to a maximum altitude of 15,000ft. ...
The Boeing Sonic Cruiser
under nouns
Boeing Sonic Cruiser is a new aircraft to be precise being built by Boeing Commercial Airplanes. Boeing is aiming to develop a design that will allow commercial passenger and stowage aircraft to fly faster, higher and farther travel. The airplane will travel at Mach 0.95 or faster. It is estimated that it will recover about one hour for every 3,000 miles flown. The with the sole purpose commercial aircraft to travel faster is the Concorde. With an 80-foot wingspan, a U-2 can fly higher than 70,000 foot with a cruising speed of 475 mph and a extent of more than 7,000 miles. Cruise altitude will be in the mid-40,000 foot (above 13,000 meters) stratum and the range will be around 9,000 nautical miles (16,668 km). The new spray is still in the impulsive phases of development and may transfer as Boeing works with its customers to work out their requirements.
Solar Aircraft Sets Altitude Record
The unique Helios Prototype solar-powered flying wing, developed by AeroVironment, Inc. for a NASA program manage by Dryden, reached an altitude of 96,863 foot during a maximum-altitude flight on August 13 from the US Navy’s Pacific Missile Range Facility (PMRF) on the Hawaiian island of Kauai.
Although short of the 100,000-foot altitude that project officials hoped for, the altitude is the top ever flown by a non-rocket-powered aircraft in sustained horizontal flight and powerfully above the current world altitude record of 85,068 foot for sustained horizontal flight by an aircraft, set by a US Air Force Lockheed SR-71A reconnaissance aircraft in July 1976. It also surpassed the existing altitude copy for propeller-driven aircraft, 80,201 feet, set by the Helios Prototype’s predecessor, the Pathfinder-Plus, surrounded by August 1998. The 96,863-foot record altitude remains unofficial, however, until certified by the National Aeronautics Association’s Board of Records and Standards.
Synopsis for the SR-71 Blackbird:
The SR-71 Blackbird's primary role is that of Reconnaissance and is produced by Lockheed. The sanctioned Service Year for the first production model of the SR-71 Blackbird is 1966. The system has accommodation for 2 crew member / passenger. The SR-71 Blackbird features a top speed of 2,000 mph (Mach 3.0) and could reach a maximum altitude of 85,000 ft.
more interseting facts of experimental planes by NASA within the link below
"Powered" aircraft can, contained by theory, fly as high-ranking as there is oxygen surrounded by the air, and a suitable density, to hang on to burning fuel.
The X-planes - sort of really high-tech little planes - can go to the completely edge of the atmosphere, to the border of space, if you like. Nearly orbital.
the max alt is where on earth the air is so cracked that it no longer supports lift on the wing and fuselage, after that the craft is litterally in the cosmos and the crew and passenger become astronauts
The NF-104 plane can reach altitudes over 120,000 foot where the atmospheric pressure is virtually a vacuum.
Currently, the superlative flying pure airplane in history that have actually carried humans be the SR-71 blackbird. This flew to altitudes of about 80,000 foot and travelled at about Mach 3.2. The NF-104 be rocket-powered, and thus was more of a rocket beside glide aptitude and not an airplane by definition.
However, with the advent of scramjet, ramjet, and other exotic air-breathing jet technology, we may be seeing some much higher altitudes and much superior speeds out of new aircraft within the very close to future.
A plane can fly as large as its jet technology let's it, to across the world answer your question. Normal turbofan, turbojet, and other similar spray engines (the stuff on 747's and such) can reach 35,000 to possibly 40,000 feet. The difficult you go, however, in that is less and smaller quantity air available for the engine to use. Thus, more and more nouns must be shoved into the engine to produce combustion... ramjet and scramjet technologies compensate for this by travelling at extremely nippy speeds (about Mach 7-9) and using that speed and their "scoop"-like intakes to forced air into the engines and receive combustion possible.
8000 ft for people, nearly 52,000 ft for air operate engines
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