RG800 MAX Brushless Drone Dual Camera GPS Positioning Obstacle Avoidance FPV Quadcopter with 2 Battery

• 【Advanced Camera System】1080P HD WIFI front camera and bottom HD camera with optical flow, featuring a 90° adjustable angle for versatile photography and videography.
• 【Precise GPS Positioning】Equipped with GPS for accurate positioning, enabling one-key return, signal loss return, and low battery return functions for enhanced safety.
• 【Intelligent Flight Modes】Supports custom flight paths, intelligent follow, orbit flight, palm control, and real-time map positioning for creative and effortless flying experiences.
• 【Brushless Motors】Utilizes 1503 brushless motors for increased power output and longer motor lifespan, ensuring reliable performance.
• 【Obstacle Avoidance】The laser obstacle avoidance system enhances flight safety in complex environments.
• 【Long-Range Control】Offers a control distance of up to 1200 meters (actual 500 meters) with 2.4G frequency and 4-channel operation.

Specifications:

• Body weight: without obstacle avoidance head: 220g / with laser obstacle avoidance head: 237g
• Product size: 22*10*17.5cm
• Camera adjustment: electric adjustment
• Remote control receiving frequency: 2.4G
• Number of channels: 4-channel 6-axis gyroscope
• GPS version: optical flow fixed point + GPS positioning
• Usage age: 14+
• Body battery: 7.4V 3800mAh lithium battery
• Motor model: 1503 brushless motor
• Charging time: about 90 minutes
• Remote control mode: left hand throttle, right hand direction
• Charging method: USB cable charging (without adapter)
• Fast and slow gear: fast/slow gear
• Single battery flight time: about 25 minutes, actual 15-20 minutes
• Remote control distance: about 1200 meters, actual 500 meters
• Remote control battery: built-in 3.7V 1200mAh battery (18650) Resolution: HD 1080P wide angle
• Lens angle: Electric adjustment 90°
• Return distance: about 1000 meters, actual 500 meters
• Image transmission signal: WiFi transmission (5G)
• APP: HFun Pilot

Note: All data are laboratory data. Real data depends on actual usage scenarios.