1, take-off operation:
(1) Turn on the power of the remote controller, and the indicator light of the remote controller will start flashing. At this time, first push the throttle to the maximum control stroke, then return to the lowest position, and the indicator light will light up normally. The remote control can be controlled normally.
(2) Install the battery on the battery rack of the airplane. Turn on the power on the plane.
(3) Put the plane on the flat ground and let the red indicator light on the remote control change from flashing state to slow flashing state, and the plane can take off.
Important note: Since the gyroscope on the receiving board needs to be calibrated with the horizontal plane after the aircraft is powered on, it is necessary to ensure that the ground placed is horizontal. The aircraft can enter the normal remote control state, and the switching sequence between remote control and aircraft must be carried out in strict accordance with the steps, otherwise it will easily lead to the aircraft losing control.
2. Other precautions before flight:
(1) The white propeller is in front of the plane and the black propeller is behind it.
(2) After the plane is powered on, check the rotation direction of the propeller. The left front and right rear propellers rotate clockwise, while the right front and left rear propellers rotate counterclockwise.
(3) If the plane leans to one side in flight, the adjustment can be controlled by fine-tuning the remote controller.
3. Flight control:
(1) When the left and right joysticks move left and right, the plane flies left and right synchronously.
(2) When the throttle lever moves up and down, the plane flies up and down synchronously.
(3) When the steering column moves left and right, the plane flies left and right synchronously.
(4) When the front and rear joysticks move up and down, the plane will fly forward and backward synchronously.
4. Use a detailed chart:
(1) Turn the switch of quadrotor aircraft to ON, and turn the switch of remote controller to ON.
(2) Push and pull the rocker of the remote controller to pair up, down, left and right rocker, and the remote controller will be regarded as successful when it rings.
(3) Push the rocker to control the quadrotor aircraft.
(4) Pull rod to push the exercise:
Pushing up the left rocker means that the plane flies upwards, pushing down the left rocker means that it descends, and the right rocker controls the left and right forward direction.
(5) Landing:
Slowly pull down the rocker, keep the right rocker still, and slowly pull down the left rocker until the landing is successful.
Extended data
Four-axis aircraft, also known as quadrotor aircraft and quadrotor helicopters, are called quadrotor and quadrotor for short. This quadrotor aircraft is a multi-rotor aircraft. The four propellers of a quadcopter are simple mechanisms with direct motor connection. The cross-shaped layout allows the quadcopter to obtain the force to rotate the fuselage by changing the motor speed, so as to adjust the attitude. Specific technical details are described in "Basic Motion Principle".
Because of its inherent complexity, there has never been a large commercial quadcopter in history. In recent years, due to the development of MEMS control technology, the stabilized quadcopter has been widely concerned and has a very broad application prospect. World-renowned quadcopter companies include China DJI Innovation Company, French Parrot Company, German AscTec Company and American 3D Robotics Company.
Baidu encyclopedia: quadcopter