Aviation - INTRODUCTION
EARLY HISTORY
THE 19TH CENTURY
KITTY HAWK AND AFTER
HISTORIC HEADLINES
WORLD WAR I AND AFTER
WORLD WAR II
AFTER WORLD WAR II
RECENT DEVELOPMENTS
Airplane
HOW AN AIRPLANE FLIES
SUPERSONIC FLIGHT
AIRPLANE STRUCTURE
Wings
Tail Assembly
Landing Gear
Control Components
Instruments
PROPULSION
TYPES OF AIRPLANES
Land Planes
Carrier-Based Aircraft
Seaplanes
Amphibians
Vertical Takeoff and Landing Airplanes
Short Takeoff and Landing Airplanes
Space Shuttle
CLASSES OF AIRPLANES
Commercial Airplanes
Military Airplanes
General-Aviation Aircraft
HISTORY
The First Airplane Flight
Early Military and Public Interest
Planes of World War I
Development of Commercial Aviation
Aircraft Developments of World War II
The Jumbo Jet Era

Space Shuttle




Space Shuttle | Atmosphere and Spacecraft | National Aeronautics and Space Administration (NASA) | Airplane Rocket Wings

space shuttle

A space shuttle glides back to Earth without engine power and lands on a conventional airplane runway. The shuttle uses a parachute to slow down its landing speed. (Space Shuttle, Atmosphere and Spacecraft, National Aeronautics and Space Administration - NASA, Airplane Rocket Wings)

The space shuttle, flown by the National Aeronautics and Space Administration (NASA), is an aircraft unlike any other because it flies as a fixed-wing airplane within the atmosphere and as a spacecraft outside Earth’s atmosphere. When the space shuttle takes off, it flies like a rocket with wings, relying on the 3,175 metric tons of thrust generated by its solid-fuel rocket boosters and liquid-fueled main engines to power its way up, through, and out of the atmosphere. During landing, the shuttle becomes the world’s most sophisticated glider, landing without propulsion. (Space Shuttle, Atmosphere and Spacecraft, National Aeronautics and Space Administration - NASA, Airplane Rocket Wings)



Space Shuttle | Atmosphere and Spacecraft | National Aeronautics and Space Administration (NASA) | Airplane Rocket Wings