How does a RC helicopter turn left and right?
A remote-controlled (RC) helicopter is capable of turning left and right by changing the rotor blade's angle of attack or pitch. The pitch angle determines the amount of lift generated by the rotor blades, and by adjusting the pitch angle you can control the direction the helicopter flies.
The pitch angle of the rotor blades is controlled by the collective pitch lever, which is usually located on the transmitter or remote control. When the collective pitch lever is moved up or down, it adjusts the pitch angle of the rotor blades and causes the helicopter to turn left or right.
The collective pitch lever works in conjunction with the cyclic control lever, which is usually located on the transmitter or remote control. The cyclic control lever is used to adjust the pitch of the rotor blades in a more fine-grained manner, allowing the user to control the helicopter's roll, pitch, and yaw. The cyclic control lever is used to control the helicopter's left and right turns, as well as its forward and backward movements.
In order for the helicopter to turn left or right, the user must move the collective pitch lever and the cyclic control lever in the desired direction. The collective pitch lever is used to adjust the pitch angle of the rotor blades, while the cyclic control lever is used to adjust the pitch of the rotor blades in a more fine-grained manner. By adjusting both the collective pitch lever and the cyclic control lever, the user can control the direction in which the helicopter flies.
In addition to using the collective pitch lever and the cyclic control lever to turn the helicopter left and right, some RC helicopters also feature a tail rotor which is used to control the helicopter's yaw. The tail rotor is usually controlled by a separate lever on the transmitter or remote control, and by adjusting the tail rotor the user can control the helicopter's yaw.
In summary, a RC helicopter turns left and right by adjusting the pitch angle of the rotor blades. This is done by using the collective pitch lever and the cyclic control lever, which are usually located on the transmitter or remote control. Additionally, some RC helicopters feature a tail rotor which is used to control the helicopter's yaw. By adjusting the collective pitch lever, the cyclic control lever, and the tail rotor, the user can control the direction in which the helicopter flies.