Newly designed for xmas 08 the HUNTER is based on the popular lama series of helicopters from esky, it uses the same tried and tested co-axial design with the same motors and 4-in-1 control unit. The servos have been updated to digital for better control and reliability along with the transmitter which is the main functional change to this series. The new look of the HUNTER is what makes it stand out from the rest with a completely new designed canopy with silk screen print graphics, flashing tail LED as well as a internal tail rotor, the skids are also much tougher making this a robust design that should be able to take a few knocks no problem.

The HUNTER is also very easy to operation with everything required included it has great stability and very simple controls. This heli has 2 main rotors that are co-axial and contra-rotating on the single shaft. This torque cancelling design makes the heli very stable and easy to fly for beginners. This helicopter is a great learning tool to master the skills of radio controlled helicopters before moving onto more complex helicopters.
Once your skills have been developed the model can be flown virtually anywhere, indoor or outdoor in calm conditions.

Supplied with a spare pair of upper and lower blades.

To practice flying on the simulator simply install the free FMS flight simulation software supplied connect the transmitter to your PC via the USB port with softdog cable supplied,  and practice your flying before you model leaves the ground!

(1).Main rotor diameter: 340mm
(2).Weight:216g
(3).Length:380mm,width:73mm, height:188mm
(4).Power system:180 motor*2
(5).RTF (Readt to Fly)
(6).Transmitter:4 CH (including training switch and simulator port)
(7).Mix controller:4 in 1 controller(W/gyro,mixer,ESC,receiver)
(8).Servo:digital servos;weight:7.5g;torque:1.0kg.CM;speed:0.1S/60°
(9).Battery:7.4V 800mAh Li-polymer battery.

(1).Co-axial.counter-rotating double blades system
(2).Easy to fly with simple controls designed for beginner
(3).Ready to fly out of box;
(4).More control and stability with digital servos.