1.Based on the 27:1 scale reduction of the US Bell helicopter company's Bell-206 helicopter, it features highly realistic appearance details and dazzling lights.
2.It adopts a design without ailerons, uses dual-axis co-drive motors, and an electronic stabilizing system, providing a more precise feel and more stable flight. The optimized structure reduces the probability of damage.
3.The propeller is designed based on aerodynamic principles, providing strong power and body stability. It is highly efficient, energy-saving, and has a long flight time. The blades are made of nylon and carbon fiber composite materials, which are strong, durable, impact-resistant, and do not deform. They are long-lasting.
4.It uses 2511 1200KV brushless motors for self-stabilization and co-drive, reducing gear jitter, featuring low noise, high torque, sufficient power, and high efficiency. The specially made high-temperature-resistant magnets can withstand 150 degrees Celsius without damage, extending the service life.
5.The tail lock motor uses a specially made 1204 5500KV brushless motor, featuring high-temperature resistance, fast response, stable tail lock, and being less prone to damage during long-term operation.
6.It uses a large 4.3g metal gear servo with high torque, fast response, high precision, and precise return. The response speed is 60°/0.05ms, enabling precise flight, a good hand feel, and a longer lifespan. With three servos, it can fly precisely even in outdoor conditions with winds of 4-5 levels.
7.It uses a 6-axis gyroscope. It has stable, fast, and precise flight postures, making it particularly suitable for beginners.
8.It uses high-precision visual (optical flow) positioning and air pressure altitude setting mode. It has a fixed-point function both indoors and outdoors (limited height), making it easier for beginners to master.
9.Intelligent altitude setting one-click reverse flight. The reverse flight mode and the normal flight mode are operated in the same way, allowing beginners to easily grasp the control essentials and understand the principles of reverse flight operation, and familiarize themselves with direction control.
10.It uses a high-precision CNC rotor head and cross plate to optimize the structure, reducing weight and significantly reducing the probability of aircraft damage.
11.The shell is made using a hot runner injection molding process, with high simulation details, good elasticity, toughness, and resistance to impact.
12.The standard six-channel remote controller has independent potentiometers, optimizing the joystick output, and providing more precise operation.
13.It can be externally connected to an ELRS receiver, a universal open-source remote controller for the market.
14.It is professionally customized with a high-ratio lithium polymer 7.4V 1200mAh 25C battery, with a high discharge rate, long service life, and a flight time of approximately 11-13 minutes. Under normal use, it can achieve up to 500+ cycles. It has functions such as overcharge protection, low voltage protection, and low battery indication, effectively extending the battery lifespan.
15.The intelligent module battery has charging protection, low voltage protection functions, and uses a common TYPE-C connector for charging, making it more convenient.
Remote control distance: about 120 meters
Remote control time: 11-13 minutes
Charging time: 60 minutes
Battery: 7.4V 1200MAH 25C |
