FLYWING UH-60L Black Hawk 470-Class RC Helicopter, 2.4GHz 6CH Scale Military Helicopter with ACE Flight Controller, GPS Positioning & Quick-Release Blades, RTF

Product Specifications:
Material: Metal + electronic components
Body Length (excluding propellers): 755 mm
Body Height: 180 mm
Fuselage Width: 265 mm
Color: Black & Gold
Weight (with battery): 1555 g
Main Rotor Diameter (Wingspan): 810 mm
Main Rotor Length (per rotor): 370 mm
Tail Rotor Diameter (Wingspan): 125 mm
Tail Drive Motor: 2008 Brushless Motor
Main Motor: 3508 Brushless Motor
ESC: 60A dual brushless ESC
Flight Modes: GPS Stabilization Mode, Attitude Mode, One-Button Return-to-Home, Low Battery Return-to-Home, Loss-of-Control Return-to-Home. The helicopter is equipped with a multi-link GNSS system supporting multiple positioning systems such as GPS, BeiDou, GLONASS, and Galileo. It can hover stably outdoors and in windless conditions, with a maximum flight time of approximately 25 minutes.

Product Description:
1. The 470-class UH-60L realistic helicopter simulation is a six-channel RC model equipped with a 16V high-power motor and is easy to maintain. Paired with the ACE flight controller featuring omnidirectional positioning technology and the BeiDou positioning system, it can achieve precise stationary hovering. The addition of intelligent return-to-home functionality allows the aircraft to automatically return to the takeoff point when the battery is low or the aircraft is out of sight; After GPS positioning, when using 3D aerobatics mode, you can switch to GPS mode at any time to recover the aircraft.
2. The UH-60L has coordinated turning enabled by default. When turning using the directional stick (the left stick for left-handed pilots), the flight controller automatically adjusts aileron roll control based on current airspeed, helping the helicopter turn with a tighter radius while achieving a more realistic and graceful turning attitude.
3. Equipped with 3508-class large brushless motors driven by a higher 16V voltage, these motors deliver greater power and higher efficiency. Paired with a 32-bit dual-processor, 16V, 60A all-metal ESC designed specifically for helicopters, this setup ensures the helicopter maintains ultra-fast responsiveness during intense 3D flight. Excellent constant-speed performance ensures consistent power output throughout the entire flight, preventing loss of control.
4. The ACE Smart Simulation Helicopter uses a custom 2.4 GHz transmitter. In an environment free of interference and obstructions, it can achieve a maximum remote control transmission range of 1 km. If the transmitter signal is lost due to excessive distance, the helicopter will autonomously return to base. During the return-to-base process, you can cancel the return by flipping the return-to-base switch and manually take control of the helicopter. During takeoff and landing, the flight controller fully takes over vertical rate control; once the altitude reaches 1 meter, control switches to proportional control via the remote controller. This feature addresses the issue of the helicopter taking off too quickly. During takeoff, control of all joysticks except the throttle stick remains unaffected. (Since the distance from the ground is estimated based on air pressure, there may be some inaccuracies in strong wind conditions.)
5. Using a 4S 5000mAh battery paired with the 16V Gold Power Kit (3508 + 60A helicopter-specific metal-case ESC), efficiency is greatly improved, delivering an ultra-long flight time of over 20 minutes so you can fly to your heart’s content (the PNP version does not include a battery or remote control).
6. Three sensitivity modes: The helicopter features three built-in flight sensitivity settings, which can be switched via a switch on the remote control.
In “Mild” mode, the helicopter’s maximum flight speed, maximum flight angle, and response speed are all limited. This mode is ideal for beginners to become familiar with helicopter operation.
In “Standard” mode, the helicopter’s maximum flight speed, maximum flight angle, and response speed are all faster than in “Mild” mode. This mode is well-suited for everyday helicopter flight.
In Sport Mode, the helicopter’s maximum flight speed, maximum flight angle, and response speed all reach the flight controller’s maximum limits. In this mode, the helicopter is extremely agile and flies very fast; it is recommended for experienced pilots to use in open areas.

Note:
RC model helicopters are high-risk products. When flying, be sure to stay away from crowds. Improper assembly, unfamiliarity with operation, damaged parts, faulty electronic control equipment, and lack of familiarity with controls can all lead to unpredictable accidents such as loss of control or injury. Pilots must pay close attention to flight safety and understand that they are solely responsible for any accidents caused by their own negligence. Before each flight, carefully inspect the screws on the main rotor clamp cross-shaft and tail rotor clamp, as well as all ball joints and screws on the fuselage. Ensure they are secured with adhesive before taking off.

Package Contents:
Helicopter fuselage (pre-assembled) *1
Handcrafted, painted one-piece fuselage *1
Battery *1
Digital charger *1
Remote control *1