T-MOTOR MF2211P - 22 inch Industrial Foldable Polymer Carbon Propeller

Balance of Lightness and Durability: Designed for Long-Duration Missions

The MF2211P has been developed to offer maximum efficiency and ease of transport in medium and large-scale UAV systems. With a 22-inch diameter and a precise 11-inch pitch, it converts motor torque into thrust most efficiently. Its carbon fiber-reinforced polymer structure provides both flexibility and high rigidity (stiffness) to the propeller, demonstrating superior performance against wind resistance in outdoor operations.

MF2211P Propeller Key Features

• Carbon Polymer Composite Material: Made from polymer reinforced with aerospace-grade carbon fiber. This special blend is more shock-absorbing than pure carbon fiber propellers and significantly stiffer and lighter than pure plastic propellers.

• Foldable Design: Eliminates the hassle of removing propellers before folding your UAV's arms. Saves space during transport and minimizes the risk of impact-related damage to the propellers.

• Low Noise and High Efficiency: The airfoil is aerodynamically shaped to push airflow backward with minimal turbulence. This results in quieter flight and increased flight duration by optimizing battery consumption.

• Precise Balance Adjustment: Blades that pass dynamic balance tests ex-factory protect motor bearings and reduce vibration noise on the flight controller's (FC) gyro sensors.

• Industrial Compatibility: Features a mounting interface fully compatible with popular industrial motors such as T-Motor's MN and U series (e.g., MN5008, MN6007, U8).

Technical Specification Table

Areas of Use

• Professional Mapping and Photogrammetry: Low-vibration thrust for stable camera angles during long-duration flights.

• Security and Surveillance Drones: Silent operation for remaining airborne unnoticed for extended periods.

• Industrial Inspection (Power Lines, etc.): Durable structure unaffected by magnetic fields and stable hover capability.

• Medium-Scale Cargo Transportation: High lift capacity and reliable material structure.