The wings are designed to provide lift. On takeoff the flaps are extended to create more wing surface to allow the plane to achieve and maintain flight at slower speeds. After that it is all about power. The engines provide enough forward speed to increase the wind flow over the wings. Once the airplane has achieved enough speed the pilot rotates the nose up using the elevators on the tail and the airplane takes off. To land the flaps are once again extended to allow flight at slower speeds. This time the pilot gently uses the power to allow the airplane to fall at the correct pace to land. Just prior to landing the pilot again rotates the nose up just a little (called a flair) so the main landing gear will touch down first. Then he uses reverse thrust and brakes to slow the airplane down enough for a safe taxi to the gate.
Example from a pilot speaking inside a plane: This is American Airways 3953 we are ready for take off over.
The Space Shuttle refers to NASA's particular space plane, whereas a space plane encompasses all aircraft which takeoff from Earth's surface into space and then land on return.
A VTOL (Vertical Take Off and Landing) aircraft is one that can takeoff and land like a helicopter, but fly like a plane. A good example is the V-22 Osprey.
Type your answer here... takeoff. That is when the plane is accelerating and leaving the ground. Wouldn't you think that you would be going slower when you're trying to stop.
a jet plane at a takeoff at 100 yards is 120 dB loud
No. The F-35 which looks similar can takeoff and land vertically.
it helps generally to take off into the wind because it gives the plane more lift
VTOL craft can takeoff and land vertically. hence Vertical Takeoff Or Landing
Depends on the type, size of the plane. Takeoff speed for most small, single-engine aircraft is approximately 80mph, but this can be adjusted by the pilot for short takeoffs, wind conditions, etc.
Depends on the type of plane you are talking about.
Yes, a B777 plane sounds EXACTLY like a racing car during takeoff!!
As the distance between the viewer and the plane increases the Plane appears to slow down.