there can be any number of reasons for that.
When a helicopter flies close to a water surface, the air below the helicopter is disturbed by the movement of the rotor blades. This disturbance can affect the lift generated by the rotor blades, leading to a loss of altitude due to reduced lift. This phenomenon is known as "ground effect."
A helicopter cannot reach a plane's altitude because it does not have much lift. No, the air is to thin high up for a helicopter to sustain flight.
Just slowly keep tapping the Ctrl key to lose altitude. The helicopter will stablilise after each press, and can easily be landed without damaging it.
The helicopter's altitude, distance traveled, speed/rate of travel, etc.
The main rotor on a helicopter creates lift, which allows the helicopter to become airborne and maintain its altitude during flight.
She hit an altitude record for an autogiro, a forerunner of a helicopter- at l8,4l5 feet, this was computed from theodolite observations from the ground.
Helicopters fly somewhat close to the ground. They fly near the troposphere. They fly at a lower altitude than planes.
A helicopter is controlled by the pilot using a combination of controls. These controls include cyclic for directional control, collective for altitude control, and pedals for yaw control. By manipulating these controls, the pilot can change the helicopter's position and orientation in the air.
By increasing or decreasing the speed of the tail rotors. This unbalances the torques acting on the helicopter and causes it to spin.
Find it
the engine inside causes the propeler to spin
Altitude sickness is caused by changes in the distribution of oxygen and pressure. The symptoms of altitude sickness resemble those of a cold.