==========================================================
Description
- GPS One-button/low-voltage/control loss returns to the home: In the event of an emergency, the automatic RTF function will automatically trigger, track the drone and return safely.
- GPS intelligent image follow: recognize the subject and perform automatic follow flight.
- Optical Flow Positioning. It captures image data with the drone`s bottom camera, then uses the optical flow to improve the smoothness of the control.
- Gesture shooting recognition: within 1-3m from the aircraft, facing the camera to make a camera gesture / camera gesture.
- Multi-point planning flight of the route: The aircraft autonomously flies according to the preset route, and the player focuses on shooting.
- Fixed point surround: Find the surrounding center point and then move the desired radius by the joystick.
- The aircraft recovery function: continuously click the GPS signal icon 3 times, open the map interface, the map shows the final distance of the aircraft, latitude and longitude position.
- You can add music and video sharing, you can single or multiple choices to share photos, the video can only be shared at a time.
- With wide angle 120°adjustable camera.
- 7.6V plug-in smart lithium battery,flight time up to 25mins.
Function: Up/Down, Forward/Backward, Left/Right, Sideward Flight, LED Lights, One-button Takeoff/Landing, Headless Mode, GPS, Optical Flow, One Key to Return, Low Power Return, Lost Return, Follow Function, Waypoint Flight, Surround Flight, High Hode Mode, Positioning mode, WiFi FPV
===========================================================
Hey guys, in this video you will see how to make a professional look RC transmitter using Arduino Uno and NRF24L01 that can be used to control your RC plane, boat, quadcopter, and other applications
Justin skimmed over a small but important step! The GoPro power cable needs to be soldered into the 5 volt power source going into the FPV video transmitter on the drone
