Aileron Linkage Connector Clevis for MOFLY P-51D 690mm Brushless RC Warbird

Restore Precision Control to Your Warbird

Loose or brittle linkage connectors are a primary cause of "servo slop" and unresponsive flight handling in high-performance models. For the MOFLY P-51D 690mm Brushless Warbird, precision is key to performing scale maneuvers. This replacement aileron linkage connector (clevis) solves the problem of worn or broken joints, ensuring a rock-solid mechanical link between your servos and control surfaces for crisp, reliable response during every sortie. Ships worldwide.

Product Highlights

• High-Toughness Composite Material: Engineered from durable, lightweight plastic that resists fatigue and maintains its grip on the control horn through high-G maneuvers.

• Precision Active Joint: Features a smooth-pivoting snap-lock design that minimizes friction while preventing accidental disconnection during flight.

• Perfect Fit for 690mm Series: Specifically sized for the MOFLY P-51D pushrod diameter, ensuring a tight thread or press-fit without the need for modifications.

• Tool-Free Snap Closure: The easy-to-operate locking mechanism allows for quick adjustments at the field without requiring specialized pliers or hardware.

Compatibility

For the MOFLY P-51D 690mm Brushless RC Warbird only.
Full model page (specs & photos):

https://kadstoylover.com/products/mofly-p-51d-690mm-brushless-rc-warbird

What’s in the Box

• 1 x MOFLY P-51D Aileron Linkage Connector

Install Tips

• Pushrod Connection: Thread the base of the connector onto the metal pushrod; adjust the position by rotating the clevis until the aileron sits perfectly neutral with the wing.

• Control Horn Attachment: Gently pry the "arms" of the active joint open and snap the pin through the desired hole on the aileron control horn; ensure the lock clicks firmly into place.

• Safety Check: After installation, perform a full-range control test to ensure the connector does not bind against the wing surface or fuselage at maximum deflection.

• Maintenance: Periodically inspect the joint for stress marks or cracks, especially after a hard landing, to maintain the structural integrity of your flight controls.

Support & Warranty

• 3-month warranty on manufacturing defects
• Ships worldwide