E-FORCE Electric ARF ...All The 3D You Can Handle!
The E-Force ARF design is truly one of a kind. Beautifully built from light, laser-cut balsa, the 4-channel E-Force was conceived for one purpose - all-out 3D electric R/C performance.
This is no "throw away" foamie! The E-Force was designed to .stand up to the rigors of 3D maneuvers and turn in spectacular performances, flight after flight. The large flight control surfaces are designed for full 3D movements with a wing airfoil that provides smooth, sure flight characteristics. The sturdy, light weight structure takes into account virtually every detail of assembly and set-up, including internal servo cable routing, factory-positioned servo locations and an appropriately sized battery space for a 3-stack lithium polymer cell. The airframe is expertly covered in transparent purple SIG AeroKote-Lite® and the included decal sheet sets the whole thing off perfectly.

Power? The SIG E-Force ARF includes a super-torquey Himax. HC2808.0980 brushless outrunner motor! This light weight, 980 KV motor produces more than a 1:1 power to weight ratio mounted on the E-Force and powered with the recommended 3S 11.1V 900 mAh Lithium Polymer pack. This combination, swinging the included 9.25 X 4.5 prop, blasts the E-Force from zero to insane in just about a heartbeat! Add your own micro radio system, battery pack and ESC and you're good to go for all the 3D action you can handle!

The ARF is pure SIG, including a fully illustrated Assembly Manual, all necessary hardware and all airframe components ready for fast assembly. If you want 3D performance, without having to buy and experiment with many different motors, then step up to the next level with the SIG E-Force ARF!

Specifications Metric Imperial Wing Span 800 mm 31.5 in. Wing Area 20.2 dm2 313.5 in2 Flying Weight 434 g 15.3 oz. Radio Required 4 Channels, Micro Receiver, 4 Micro Servos

Suggested accessories for the E-FORCE: Speed Control: 10 A brushless sensorless ESC Li-Po battery pack: 3S 11.1V 900 mAh Fast charger: Lithium Solution II

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