FX9706 190mm Servo Replacement with Wire for 5CH Red Bull RC Fighter
Eliminate Control Surface Jitter, Restore Precision Steering, and Fix Short Wire Routing Issues
A stripped, burnt, or non-responsive micro servo on your FX9706 5-Channel Red Bull RC Fighter leads to severe control loss, erratic surface flutter, or total flight instability. Using standard off-the-shelf micro servos often causes installation issues because short factory lead wires fail to reach the main receiver board inside the deep foam fuselage bay. Splicing or extending thin servo wires manually adds unwanted weight and creates unreliable solder joints prone to mid-air failure. This official replacement FX9706 190mm Servo completely resolves control and wiring compatibility problems. Pre-wired with the exact 190mm harness and connector plug required for the FX9706 airframe, it delivers high-torque linear power to your ailerons, elevator, or rudder while ensuring clean, hassle-free cable routing without extension leads. Ships worldwide.
Compatibility
For the New Fx9706 RC Aircraft only. Full model page (specs & photos):
Pre-Fitted 190mm Extension Harness: Features an extra-long 190mm lead wire engineered to reach internal receiver ports smoothly across the FX9706 airframe bay.
High-Precision Micro Gear Train: Built with durable micro gears designed to provide smooth centering, minimal gear backlash, and reliable hold torque under high airspeed.
Direct Plug-and-Play Connector: Comes with the exact terminal plug matched to the FX9706 5CH receiver board, eliminating wire splicing or soldering.
Fast Angle Transit Speed: Delivers immediate, proportional control stick response to maintain sharp aerobatic maneuvers and steady flight stabilization.
Install Tips
Mounting the Servo Body: Gently peel or unscrew the damaged servo from the FX9706 foam mounting pocket; seat the new servo flush into the recess using foam-safe glue or mounting tape.
Routing the 190mm Harness: Lead the long 190mm wire through the internal fuselage channel, keeping it clear of control pushrods and battery bay latches before plugging into the receiver.
Centering Servo Horn: Power up the transmitter and aircraft to let the servo automatically find its electronic neutral position before screwing on the output arm.
Connecting Pushrod and Testing: Snap the control linkage onto the servo arm horn, then test full stick deflection to ensure unhindered surface travel without mechanical binding.
