The Hobbywing MFC 57x20 Carbon Fiber Folding Propeller is a professional heavy-lift UAV propeller designed for industrial drones, cargo UAVs, agricultural drones, coaxial multirotor platforms, and large professional aerial systems.
Built with high-strength carbon fiber and epoxy resin, the MFC 57x20 delivers a strong balance of lightweight construction, rigidity, aerodynamic efficiency, and long-term durability for demanding UAV operations.
Strong & Efficient Heavy-Lift Performance
The MFC 57x20 propeller is engineered for large drone propulsion systems requiring strong thrust, stable output, and efficient power conversion.
With a recommended thrust range of 14–45 kg and a maximum thrust of up to 60 kg, this propeller is well suited for heavy-duty UAV platforms, industrial transport drones, agricultural drones, mountain lifting operations, field transportation, and emergency rescue UAV missions.
Its 57-inch diameter and 20-inch pitch help provide efficient lift performance while maintaining stable flight behavior on large multirotor platforms.
CW & CCW Configuration
The Hobbywing MFC 57x20 is designed for professional UAV setups using forward and reverse propeller configurations.
This allows integration into CW and CCW motor layouts, making it suitable for multirotor drones, coaxial dual-rotor systems, and heavy-lift UAV propulsion platforms.
For safe operation, the correct CW propeller and CCW propeller must be installed according to the motor rotation direction and used as matched propeller pairs.
Premium Carbon Fiber Construction
The MFC 57x20 folding propeller is manufactured from carbon fiber and epoxy resin, offering high resistance to deformation, corrosion, and demanding environmental conditions.
This premium construction helps maintain stable propulsion output in high temperature, low temperature, windy environments, and professional outdoor operations.
The matte frosted surface finish gives the propeller a clean professional look while supporting long-term reliability.
Aerodynamic Efficiency & Low Vibration
The Hobbywing MFC 57x20 features an optimized aerodynamic profile with advanced airfoil design and tip wingletsto reduce air resistance and improve efficiency.
This design helps support low vibration, smooth throttle response, stable flight control, and enhanced endurance performance compared with standard large UAV propellers.
Each propeller is tested for weight balance to ensure consistent performance and more stable flight during demanding drone missions.
Folding Design for Large UAV Integration
The MFC 57x20 uses a folding propeller design, making it easier to integrate into large drone frames where transport, storage, and installation efficiency are important.
The aluminum alloy propeller adapter provides a strong and reliable mounting solution for professional UAV propulsion systems.
This folding design is especially useful for large agricultural drones, industrial multirotors, coaxial UAV platforms, and heavy-lift drone frames.
Optimized for Hobbywing X13 / H13MD Systems
The Hobbywing MFC 57x20 Carbon Fiber Folding Propeller is recommended for use with Hobbywing X13-13825and Hobbywing H13MD-13825 propulsion systems.
This combination is designed to deliver efficient thrust, stable torque response, and reliable heavy-lift performancefor professional UAV applications.
Technical Specifications
Product: Hobbywing MFC 57x20 Carbon Fiber Folding Propeller
Propeller Size: 57×20 inch
Rotation Versions: CW and CCW configurations
Propeller Type: Folding propeller
Main Material: Carbon fiber + epoxy resin
Surface Finish: Matte frosted
Propeller Adapter Material: Aluminum alloy
Total Weight: 805 g including propeller adapter
Recommended Speed Range: 1200–2100 RPM
Maximum RPM: 2500 RPM
Recommended Thrust Range: 14–45 kg
Maximum Thrust: 60 kg
Operating Temperature: -40°C to 65°C
Storage Temperature: -10°C to 35°C
Storage Humidity: ≤85%
Recommended Motors: Hobbywing X13-13825 / H13MD-13825
Recommended Use: Heavy-lift UAVs, industrial drones, agricultural drones, cargo drones, coaxial multirotor platforms and professional UAV propulsion systems
.png)
