High efficient airfoil fits the multirotors better for efficiency and extension endurance
Thin arc trailing edge, in which the thiinest part is 0.25mm with arc design to raise the lifr-drag ratio
Durability: Specially formulated materials with heat insulation coating on the surface for steady operation of long time.
Dynamic balance standard: Dynamic balance value 3000rpm<6mg. less vibration in operation
Exquisite structure design with easy installation
Lower water absorption: superb retained performance under high temperature (60C) and humidity (65%)
Key Advantages of Straight Carbon Fiber Propellers:
- Superior Rigidity:
- Carbon fiber's inherent stiffness minimizes flexing during high-speed rotation. This translates to more consistent and predictable flight characteristics.
- Reduced flex also minimizes vibrations, leading to smoother video footage and improved overall drone stability.
- Enhanced Efficiency:
- The rigid nature of carbon fiber allows for more precise aerodynamic profiles, which can improve thrust efficiency.
- This can result in increased flight times and improved responsiveness.
- Increased Durability:
- Carbon fiber is significantly stronger than traditional plastic propellers, making them more resistant to damage from impacts.
- This increased durability can extend the lifespan of your propellers and reduce the need for frequent replacements.
- Improved Responsiveness:
- The reduced flex of carbon fiber propellers allows for quicker and more precise responses to throttle changes, enhancing the drone's maneuverability.
- This is especially important for FPV racing, or other applications where fast changes in direction are needed.
- Reduced Vibrations:
- Due to the stiff nature of the material, carbon fiber propellers produce less vibrations than plastic alternatives. This is very important for people who take aerial photography or videography.
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US 18104 
GB 13623 
CA 11384 
AU 9342 
IE 5933 
BR 3413 
NZ 2397 
HK 779 
