Helicopter remote control aircraft simulation rescue multi-purpose helicopter RC fixed wing helicopter 6-axis gyroscope optical

Functions: ascent, descent, forward, backward, left flight, right flight, left rotation, right rotation, route flight, pot brushing, and other stunt actions



Size: rotor diameter 256mm/body length 257mm



Simulate a multi-purpose helicopter model - remotely controlled helicopter, with meticulous and realistic production to every screw



6G mode, using a 6-axis gyroscope for stable flight, especially suitable for beginners in flight.



Modular battery, intelligent power management system, power indicator light, convenient and efficient installation, effective battery protection, and longer service life.



Aircraft Model - Remote Controlled Helicopter



Functions: ascent, descent, forward, backward, left flight, right flight, left rotation, right rotation, route flight, pot brushing, and other stunt actions



Packaging list:



Remote control aircraft RTR/RTF x1



1 controller



Material: PA/PC



Size: rotor diameter 256mm/body length 257mm



Motor: 2



Battery: 7.4V 350mah x1



Running time: 15 minutes



Charger: USB charging cable x 1



2 propellers



1 manual (not necessarily supporting Chinese).



Main spiral blade x 2



1 tail propeller



1 screwdriver



1 hexagonal wrench



Our remote-controlled helicopter





Features:



1. Stable system is easy to fly: the gyroscope stabilizer is super stable, and the gyroscope system is self stable. The powerful over gear motor system can easily control stunt flights. This is a remote-controlled aircraft that is very suitable for beginners and adults.



2. The first remote-controlled aircraft trainer for beginners: with a flawless design and a propeller design based on aerodynamic principles, it provides powerful strength and self stability of the body. Simple 4-channel design, 6-axis gyroscope, ultra stable flight. (Beginner level full assistance/intermediate assistance/manual control expert) Assist beginners in learning gradual flight.



3. The altitude of the barometer is fixed and the flight is