This is honestly a fantastic machine that is capable of low headspeed flying to full on 3D. The heli has a nice sense of weight in the air which makes it really predictable to fly. It is one ofthe most revolutionary helicopters of today. The Raw 420 has a large, direct drive motor offering superb performance for 3D pilots and incredible efficiency for sport flyers and beginners alike!
The Raw 420 heli is designed to run on a 6s pack ranging from 2200 to 2700 mAh and comes with motor and blades. You simply need to get servos (micro cyclic & mini tail), an ESC and a flight controller! We recommend either the HobbyWing 60 or 80 amp controllers or the Scorpion 06_80. All of these are excellent choices, if you are planing on doing mild 3D or sport flying, the HobbyWing 60 is the best choice, for harder 3D, then the 80 amp ESCs are preferred.
The kit ships with one battery tray, make sure to get more if you plan on having more than one battery ready to go.
Features:
* Direct Drive Motor (Competition motor included)
* New S Line blades (420mm and 70mm included)
* Quick release battery tray with built-in connectors
* 10mm one way bearing integrated into the motor
* Zytel HTN resin blade grip arms (sacrificial)
* The canopy does not need to be removed to replace batteries
* Neon yellow color for best visibility (available initially in yellow only)
* Carbon fiber molded boom as an option also available
Specifications:
* Main rotor diameter 935mm (with 420mm blades)
* Main blade length 380 to 420mm
* Tail rotor diameter 190mm (with 70mm tail blades)
* Tail blade length 60 to 70mm
* Airframe weight: 1000 grams (with motor and blades)
* Micro size cyclic servos (23mm)
* Mini size tail servo (35mm)
* Maximum battery size 40x54x135mm
* Recommended battery 6s 2200/2700 mAh
* Recommended battery weight 350-420 grams
* Recommended ESC 60-80 amp
* Tail rotor ratio 4:1
* 8mm main shaft
* 5mm tail shaft
Needed to complete
* micro cyclic servos
* mini tail servo
* ESC ( electronic speed Controller)
* Flybarless Control unit
* Transmitter
* Reciever
