While airplanes need to be in motion with enough momentum to create enough airspeed for lift off, helicopters can lift off vertically without any momentum of the aircraft. Both aircrafts need a rotary wing. Helicopter wings are rotary and have the capabilities to change the angle or pitch in order to create more or less lift. Airplanes have rotary and fixed wings.
Take off is when the wheels of the aeroplane leaves the runway (ie the aeroplane takes off from the ground).
100000 a day
A helicopter can only fly in an atmosphere, where there is something for the rotors to push against. There's no atmosphere on the moon, so a helicopter can't fly there.
time for an helicopter to takeoff varies on types and model of the helicopter it self. this is because every helicopter or aircraft have their own check list provided by the manufacturer or operator depending on operation. this check list is for the pilot to go through during start up, taxing, take off, approaching and landings. again, time for each machine to take off varies.
A helicopter can only fly in an atmosphere, where there is something for the rotors to push against. There's no atmosphere on the moon, so a helicopter can't fly there.
i am not completely sure.i think its yes.
So aircraft could land and take off in confined spaces and off small ships.
Mainly the problem of landing and take-off in small spaces
Take the paper clip off and make it smaller.
Pushing Air downwards to fly. Rapidly spinning long, thin blades push air downwards to lift the helicopter up
For taking off and landing.
yes it is as it is lighter than iron and is more flexable and it would take a lot of engines to take off.