FLYWING UH1 V4 RC Scale Helicopter Four Blade with H1 GPS Metal Rotor 450 6ch RC Helicopter Iroquois 450L UH1 V3 Huey Helicopter

Simulation detail design: hollow mesh design, realistic reproduction of “exhaust pipe” . It reflects the aesthetic feeling of UH-1 and its high degree of restoration. The newly upgraded four-blade propeller is more beautiful and more stable.The upgraded version uses a metal rotor head, which is more durable.
UH-1 helicopter adopts double brushless motor design with efficient transmission. Transparent windshield and landmark painting, full of feelings
H1 autopilot system: H1 flight controller adopts high-precision inertial navigation unit, with omnidirectional GNSS positioning technology. Accurate solution (Invert) may also be realized in complex attitude and environment. Provide: 3D/GPS/Return-to-home/semi-auto mode, and and so on. Toughen power monitoring & low power return
Fixed height & point stable hover: in GPS mode, we will push the stick for taking-off and stop when release. It is conducive to the players to center of attention more on flight without incessantly adjusting the flying posture
One button/ Low battery return: when the homeward switch is turned off or the power is too low, the remote keep an eye on signal is lost. The plane will routinely return to the takeoff point
Brushless tail motor: the tail adopts a high-speed brushless motor. Long service life, fast response, and easy maintenance. Silent blade design for reduced sound and higher efficiency
High toughness foot rest: the aluminium alloy hollow pipe bending process is applied to reach light, solid and high reduction
Disc BLS motor: Thin brushless motor for the helicopter simulation. Higher efficiency at low speeds.
Flat shaft motor: carefully develop flat shaft servo. Easier swashplate leveling. Maintenance is simpler
New M10 U-blox GPS: the new generation U-blox chip-M10, combined with omnidirectional positioning set of rules. Bringing faster sattellite search speed and better signal quality. Make the helicopter hover more stable and return more accurate