The amount of thrust required to fly a plane depends on various factors, including the aircraft's weight, design, and the specific flight conditions. Generally, the thrust must be sufficient to overcome drag and lift the aircraft off the ground, which varies significantly between different aircraft types. For example, a small general aviation plane might require around 100-200 horsepower, while large commercial jets can require tens of thousands of pounds of thrust from multiple engines to achieve takeoff. Ultimately, thrust needs to match or exceed the weight of the aircraft for takeoff and to maintain flight.
The engine helps the plane to fly by proiding thrust and lift.
Thrust and lift are required to make a plane fly. A plane can use just lift if it is in the air already. The engines create thrust (if the aircraft has engines), and the wings create lift. Helicopters make lift by pushing air down, though.
4 forces act on planes Lift pulls the plane up Gravity pulls it down Thrust pushes it forward Drag pulls it back These 4 forces together help move the plane through the air and without these forces an airplane wouldn't fly When an airplane takes off the thrust is thus increased and the plane can take off from the ground
Planes fly through a combination of lift generated by their wings and thrust provided by their engines. When a plane's engines provide enough forward thrust, air flows over the wings to create lift, allowing the plane to take off and stay airborne. The pilot controls the plane's direction and altitude by adjusting the angles of the wings and tail surfaces.
The Jet engines purpose is to create thrust.With out Thrust a plane would not be able to fly.
More lift, less drag, more thrust, better aerodynamics
Thrust is the forward force that propels an aircraft through the air, generated primarily by its engines. By overcoming drag, which opposes the aircraft's forward motion, thrust allows the plane to accelerate and reach the necessary speed for lift. Once sufficient lift is generated by the wings, the aircraft can ascend and maintain flight. Thus, thrust is a critical component in enabling planes to take off, fly, and land safely.
Planes fly by generating lift from the wings as they move through the air. This lift is created by the shape of the wings and the speed at which the plane is moving. Engines provide the necessary thrust to propel the plane forward.
The same way it flies if you are not transporting a plant, by carefully balancing lift, weight, thrust and drag.
Gliders are pulled by a small plane into the air and then the gliders move around catching air currents from the heat.
For an airplane to fly, it must always engage in a tug of war between the opposing forces of lift versus weight and thrust versus drag.
It's all in the physics. A plane has plenty of surface area thanks to its wings, and this creates lift, an upward force that pushes the plane into the air, when pushing against air with the wings at the right angle. Thrust from the jets helps the plane stay in motion in the air. If these two forces are greater than drag (against thrust) or weight (against lift), the plane will remain airborne.