FLYWING Squirrel-AS350 470-Class RC Helicopter Model 2.4G RC 6CH Electric Airplane Model

FLYWING Squirrel-AS350 470-Class RC Helicopter Model 2.4G RC 6CH Electric Airplane Model (PNP Version)

Features:

1. The AS350 Squirrel intelligent real-life helicopter simulation remote control aircraft model is equipped with a 16V high-power motor and is easy to maintain. It is equipped with the H1 flight control with omnidirectional positioning technology and the Beidou positioning system, which can achieve fixed-point hovering in forward/inverted flight; The addition of smart return allows you to automatically return to the take-off point when the battery is out of power or the aircraft is out of sight; after GPS positioning, you can use 3D stunt mode to switch to GPS mode at any time to rescue the aircraft.
2. The same FBL rotor structure as the 700 level. The high-precision FBL rotor structure can make the hand feel more rounded and thicker. Compared with the traditional 450L DFC structure, the addition of flapping hinges makes the flight more stable. The dimensions of the spindle's horizontal axis are also all 470L, which is sturdy and durable.
3. FW450L adopts an all-metal large-tooth design and is matched with a high-strength industrial M3 arc-tooth transmission belt, which is durable and easy to maintain. With the torsion spring pressure pulley, no tools are needed and it can be replaced by hand in one minute!
4. The 2816 level large brushless motor driven by 16v higher voltage has greater horsepower and higher efficiency. Paired with a 32-bit dual-processing 16V 60A all-metal helicopter-specific ESC, the helicopter maintains ultra-fast responsiveness during intense 3D flight. The excellent speed control effect allows the entire flight process to maintain consistent power output without any interruption. Turn around.
5. Four flight modes, forward flight fixed point/inverted flight fixed point/auto route/3D manual, forward flight fixed point mode, new flight control + GPS to automatically maintain fixed point hovering without manual correction, super stable, no drift, suitable for novices to get started, simple Easy to use. Stunt mode, professional 3D, purely manual control of the aircraft, fast and sensitive, requires certain operating experience, can flip, pendulum, inverted flight, etc. Automatic route mode supports one-click circular routes and figure-of-eight routes. Gently flip the switch and the plane will fly by itself. It is a good helper for learning flight routes. The inverted flight fixed-point mode relies on the new generation of omnidirectional GPS positioning technology. Toggle the switch and the aircraft will automatically flip into inverted flight. No manual correction is required when flying inverted, which is good news for novices.
6. Using a 4S 4450mAh battery, paired with a 16V gold power set (2816+60A helicopter-specific metal shell ESC), the efficiency is greatly improved, and the long battery life of 20+ minutes allows you to fly as much as you want in one go (the PNP version does not include batteries)!

Body length (excluding propellers): 700mm
Body height: 195mm
Body width: 120mm
Color: as shown in the picture
Weight (excluding battery): 790g,
Main rotor diameter (wingspan): 805mm
Main rotor length (single): 360mm
Tail rotor diameter (wingspan): 164mm
Gear parameters: motor gear: 13T, transmission main gear: 8T
Tail drive motor: 2008 brushless motor
Motor: 2816 brushless motor
ESC: 60A dual brushless speed regulator
Flight modes: GPS self-stabilizing mode, 3D manual mode, one-button return, low battery return, out-of-control return, one-button inversion, semi-automatic assisted flight, (circular brushing, figure-8 route), satellite positioning module: with omnidirectional GPS/GLONASS positioning, hovering accuracy: horizontal: ±1.5m (when GPS positioning works normally), vertical: ±0.5m (when GPS positioning works normally).

Note: Remote-controlled model aircraft helicopters are high-risk products. They must be kept away from crowds when flying. Improper assembly or unfamiliar operation; damaged parts, poor electronic control equipment, and unfamiliarity with the controls may lead to loss of control and damage to the flight. In the event of unpredictable accidents, pilots must pay attention to flight safety and understand their own responsibility for any accidents caused by negligence. Before each flight, be sure to carefully check the horizontal axis screws of the main rotor clamp, the screws of the tail rotor clamp, as well as the ball heads and screws of various parts of the fuselage, and make sure they are glued and locked before flying.

Packaging list:

Body (already assembled)*1
Handmade painted one-piece case*1