FALCON Carbon Electric 20x11 Propeller

Features:

• Premium carbon fiber construction.

  
  

• Large 20-inch diameter.

  
  

• High 11-inch pitch for speed.

  
  

• Extremely lightweight and rigid.

  
  

• Excellent dynamic balance.

  
  

• Maximizes thrust and efficiency.

  
  

• Minimizes vibration and noise.

  
  

• Durable for demanding operations.

  
  

• Ideal for powerful electric motors.

  
  

• Enhances fixed-wing flight performance.

Technical Specifications:

• Model: FALCON Carbon Electric 20x11 Propeller

• Propeller Diameter: 20 inches (approximately 508 mm)

• Propeller Pitch: 11 inches

• Number of Blades: 2

• Material: High-modulus Carbon Fiber Composite

• Construction: Typically hollow core carbon fiber blade for optimal strength-to-weight ratio.

• Hub Type: Generally pre-drilled for specific shaft sizes (e.g., 10mm, common for larger Falcon Electric props). May require an adapter for other shaft sizes. Verify exact hub bore with product image/specifications.

• Weight: Carbon fiber props of this size are very light for their strength. Specific weight needs to be verified; typically around 100-150g for this size.

• Dynamic Balance: Precision balanced from the factory to minimize vibration, crucial for smooth flight and clear imagery.

• Recommended Motor Type: High-torque, low-KV brushless motors (e.g., 100-250 KV) suitable for electric fixed-wing aircraft demanding high speed and efficiency.

• Application: Optimized for electric-powered large fixed-wing UAVs, long-endurance aircraft, FPV wings, and high-speed RC planes.

• Max RPM: Varies by specific design and manufacturing. Carbon fiber allows for higher RPMs than wood/plastic, but always adhere to manufacturer's specified maximum RPM for safety.

• Operating Temperature: Wide operating range typical for composite materials

Additional Details:

• Manufacturer: Falcon Propellers

• Brand: FALCON

• Generic Name: Carbon Fiber Propeller || Electric Propeller || Fixed-Wing Propeller || UAV Propeller || RC Plane Propeller || High Pitch Prop || 2-Blade Propeller || Carbon Prop || High Performance Prop || Aerodynamic Propeller

• Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

• Ideal For: Large Electric Fixed-Wing Drones || Long-Endurance UAVs || High-Speed RC Airplanes || FPV Fixed-Wing Aircraft || Aerial Mapping Platforms || Surveillance Drones (fixed-wing) || Professional Drone Operations || Custom High-Performance Drone Builds || VTOL Aircraft (for forward flight) || Aerodynamic Research Platforms

Package Details:

Includes:

• 1x FALCON Carbon Electric 20x11 Propeller

Frequently Asked Questions:

Q1. What is the primary benefit of the "11-inch pitch" on this 20-inch propeller?

Ans. The primary benefit of the high 11-inch pitch on this 20-inch propeller is its ability to generate significant forward speed and efficient cruising. For every revolution, the propeller is designed to move 11 inches through the air, making it highly effective for applications where sustained high velocity and efficient long-distance travel are crucial, such as fixed-wing UAVs or high-speed RC aircraft.

Q2. How does the carbon fiber construction of this propeller improve flight efficiency?

Ans. The carbon fiber construction significantly improves flight efficiency due to its exceptional stiffness and lightweight nature. Its rigidity minimizes blade flex under load, ensuring that motor power is converted into thrust with minimal energy loss. Being lightweight also reduces the rotational inertia, allowing motors to respond more quickly and operate more efficiently across various throttle settings, leading to longer flight times.

Q3. Is this FALCON Carbon Electric propeller suitable for multirotor drone applications?

Ans. No, the FALCON Carbon Electric 20x11 Propeller is primarily designed for fixed-wing aircraft, not typical multirotor drones. Its high pitch (11 inches) is optimized for generating fast forward thrust. Multirotors, which rely heavily on hovering and vertical lift, generally require lower-pitch propellers (e.g., 20x6 or 20x8) to maximize thrust at lower airspeeds and maintain stability in hover. Using this propeller on a multirotor could lead to overheating motors and inefficient flight.