Fence mode: fly out of the designated area automatic return. Compass, flight time, sensor health value, horizon and other display Custom interface: Can choose dynamic fighter interface and the size of characters can choose whether to display the latitude and longitude, - Can choose a variety of functions such as throttle protection Real-time kinematic (RTK) GPS is introduced due to its high accuracy. OSD+ joystick for parameters adjustment The flight control system is designed based on an open-source autopilot (Pixhawk). Support horizontal or vertical installation. Instead of the GPS ground return direction.

Course model (keep the hight and direction). With compatible third-party autopilots, the pilot can activate the appropriate autopilot modes to receive lateral GPS guidance. Intelligent PID control, installation of the rudder angle, can adjust the parameters of flight. Smart Glide automatically switches the CDI to GPS mode, engages the Garmin autopilot in IAS mode at best glide speed and activates flight director command bars on the compatible flight display. Reliable design, pressure for height,onboard voltage-down chip, dual power supply Independent analog RSSI port(0-3.3V) and PPM port, support Arkbird433 ten channels+RSSI single line transmission Many mixed ways include delta wing, V-tail mixed control, double wing, butterfly brake mixing (1247 channel mixing) 7 channels input and 7 channels output, with gimbal stabilization output Most autopilots can fly straight and level. The FD is the brain of the autopilot system. The second is the flight director (FD) component. Flight control system is upgraded version 2.0 Beginners guide to drone autopilots (flight controllers) and how they work. One is the autopilot system, which is the set of servo actuators that actually do the control movement and the control circuits to make the servo actuators move the correct amount for the selected task.

Autopilot gps flight control system