XK A300 Four Way Two Winged Aircraft Remote Control Glider Brushless Remote Control Unmanned Aircraft Model

1 EPP+engineering materials, World War II Beech D17S biplane high simulation camera

2 1806 strong magnetic brushless motor, with super strong power. 2g high-precision digital servo, quick response and fast locking.

3. The remote control is controlled by an independent potentiometer, providing a more precise and comfortable handling experience.
The 4 aircraft adopts a 6-axis gyroscope, attitude locking, and 3D/6G mode conversion, suitable for flying in different scenarios. Air mode conversion, which combines beginner mode and stunt flight mode. The blades, motors, and wings can be disassembled for easy replacement.
5 aircraft has multiple flight modes
1) Outdoor 6G level flight mode: The default mode for takeoff is 6G self stabilization mode. The gyroscope is self stabilized and the heading is locked, making it very suitable for beginners to practice flying in fixed wing mode
2) Outdoor stunt mode: After the aircraft flies horizontally in the air, the button switch switches to 3D or advanced mode, and the aircraft enters 3D stunt or advanced mode (3D lock mode). Both modes can easily perform stunt actions such as somersaults and death spirals.
6. The body is equipped with LED lights to fly freely even at night, and the remote control can also control the lights with one click.
7. The landing gear is installed in the front and rear rubber clip slots, which can be used for taxiing and landing in special circumstances. It can also be used for outdoor taxiing and takeoff, directly entering fixed wing mode.
8. High capacity and high magnification 7.4V 600mAh 25C lithium polymer battery, with a glide flight time of about 8 minutes.
9. Aircraft and remote control low battery alarm, more effective protection of batteries from being discharged. During the flight, it is possible to land safely in advance to avoid excessive battery discharge leading to flight loss. Flight control has added a loss prevention function. When the aircraft flies beyond the effective distance of the remote control, it will enter a hovering state in the air. If the remote control is not operated, the aircraft will maintain the current altitude and hover from the maximum radius to the minimum radius. Before the battery power is depleted, the aircraft will automatically land.
10. The rack adopts a fast installation and disassembly structure for easy portability, and the remote control can be switched between left and right hands.