11x5 Beechwood Electric
In Stock
The XOAR PJN 11x5 2-Blade RC Airplane Propeller delivers exceptional thrust and efficiency tailored specifically for electric RC planes. Crafted from premium Grade A Beechwood, this high-performance tractor prop minimizes flex and distortion under demanding load. Upgrade your model aircraft with a lightweight wooden prop designed for quick throttle response and dynamic air performance.
Engineered after years of flight testing and feedback from competition pilots, the XOAR PJN 11x5 2-Blade RC Airplane Propeller sets the standard for high-grade electric RC plane propellers. Beginning with digital imaging and structural load verification, each propeller is precision-cut on advanced CNC machinery before undergoing meticulous hand-finishing. To ensure durability against moisture and environmental exposure, two coats of primer and two coats of high-gloss protective finish are applied. Perfect for pairing with high-torque brushless motors, this 11x5 wooden prop delivers superior airborne power, low noise levels, and incredible dynamic balance right out of the box.
What type of motor is the XOAR PJN 11x5 2-Blade RC Airplane Propeller designed for?
The XOAR PJN 11x5 2-Blade RC Airplane Propeller is engineered specifically for electric flight applications using brushless motors.
Is the XOAR PJN 11x5 2-Blade RC Airplane Propeller pre-balanced from the factory?
Yes, each XOAR PJN 11x5 2-Blade RC Airplane Propeller is manually balanced and dynamic testing is performed on each batch to ensure vibration-free performance.
Can I use the XOAR PJN 11x5 2-Blade RC Airplane Propeller on a gas engine?
No, the PJN series is specifically designed for electric RC planes; internal combustion gas engines require heavier props like the XOAR PJA series to handle pulse vibrations.
What is the shaft diameter of the XOAR PJN 11x5 2-Blade RC Airplane Propeller?
The shaft diameter of the XOAR PJN 11x5 2-Blade RC Airplane Propeller is 6mm, matching standard motor shafts and prop adapters.







































