60 120 90Degree Nose Retracts
Upgrade your model aircraft with the E-flite .60-1.20 90° Nose Wheel Electric Retract, delivering authentic scale operation without the hassle of pneumatic systems. Designed for easy installation, this self-contained RC plane electric retract bolts directly into place and connects right to your receiver. Experience reliable nose wheel landing gear functionality that enhances both performance and appearance.
The E-flite .60-1.20 90° Nose Wheel Electric Retract brings unmatched realism and durability to your scale RC aircraft. Built with an all-aluminum retract unit, robust mounting bracket, and high-strength landing gear strut, it is engineered to handle demanding landings with ease. The integrated electric motor features an advanced micro PCB with built-in overcurrent protection, safeguarding your electrical system from stall conditions. Included with the unit is a specialized Y-harness, allowing seamless control of full retract setups through a single receiver channel. Perfect for .60- to 1.20-size airplanes and select helicopters, the E-flite electric nose gear eliminates cumbersome air tanks, air lines, and mechanical linkages, providing a clean, plug-and-play solution for scale aviators.
What aircraft sizes are compatible with the E-flite .60-1.20 90° Nose Wheel Electric Retract?
The E-flite .60-1.20 90° Nose Wheel Electric Retract is designed for .60 to 1.20 size RC airplanes as well as select scale helicopters requiring a 90-degree nose gear operation.
Does the E-flite .60-1.20 90° Nose Wheel Electric Retract require a separate servo or air system?
No, this electric retract unit is completely self-contained with an integrated motor, meaning no air tanks, pressure lines, or mechanical servos are needed.
What operational voltage does the E-flite .60-1.20 90° Nose Wheel Electric Retract support?
The E-flite .60-1.20 90° Nose Wheel Electric Retract operates smoothly on a voltage range between 4.8 and 7.2 volts and plugs directly into standard receivers via a universal connector.







































