FALCON Carbon Electric 24x12 Propeller

Features:

• Premium carbon fiber construction.

  
  

• Large 24-inch diameter.

  
  

• High 12-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 large electric motors.

  
  

• Enhances fixed-wing flight performance.

Technical Specifications:

• Model: FALCON Carbon Electric 24x12 Propeller

• Propeller Diameter: 24 inches (609.6 mm)

• Propeller Pitch: 12 inches

• Number of Blades: 2

• Material: High-modulus Carbon Fiber Composite

• Construction: Hollow core carbon fiber blade, ensuring maximum strength-to-weight ratio.

• Hub Type: Typically designed for a specific motor shaft diameter (e.g., 10mm, 12mm) or comes with pre-drilled holes for a propeller adapter plate.

• Weight: Carbon fiber props of this size are very light for their strength.

• Dynamic Balance: Precision balanced from the factory to minimize vibration.

• Recommended Motor Type: High-torque, low-KV brushless motors (e.g., 50-150 KV) designed for large electric fixed-wing applications.

• Application: Optimized for electric-powered large fixed-wing UAVs, long-endurance aircraft, 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: Standard for composites, typically -20°C to +80°C

Additional Details:

• Manufacturer: Falcon Propellers (or a manufacturer that brands under Falcon)

• Brand: FALCON

• Generic Name: Carbon Fiber Propeller || Electric Propeller || Fixed-Wing Propeller || UAV Propeller || Large Drone Prop || 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 Aircraft || Heavy-Lift Fixed-Wing Drones || Aerial Mapping Platforms || Surveillance Fixed-Wing UAVs || Professional Drone Operations || Custom High-Performance Drone Builds || VTOL Aircraft (forward flight) || Aerodynamic Testing

Package Details:

Includes:

• 1x FALCON Carbon Electric 24x12 Propeller

Frequently Asked Questions:

Q1. What is the main advantage of using a Carbon Fiber propeller like the FALCON 24x12 for my UAV?

Ans. The main advantage of using a Carbon Fiber propeller is its superior strength-to-weight ratio and rigidity. Carbon fiber propellers are extremely lightweight, reducing stress on motors, while being incredibly stiff. This rigidity prevents "propeller flex" at high RPMs, leading to more efficient power transfer, increased thrust, higher speeds, and significantly reduced vibrations, crucial for stable flight and clear camera footage on large UAVs.

Q2. Is the FALCON Carbon Electric 24x12 Propeller suitable for multirotor drones?

Ans. The FALCON Carbon Electric 24x12 Propeller, with its high 12-inch pitch, is primarily designed and optimized for fixed-wing aircraft (including VTOL fixed-wing drones for forward flight), not traditional multirotor drones. Multirotors typically require lower pitch propellers (e.g., 24x8 or 24x9) to generate optimal vertical thrust and efficiency for hovering and general multirotor flight. Using this high-pitch propeller on a multirotor would likely lead to excessive current draw and poor hover performance.

Q3. How does the "dynamic balance" of this propeller affect my drone's performance?

Ans. The "dynamic balance" of the FALCON Carbon Electric 24x12 Propeller is critical for your drone's performance. A precisely balanced propeller spins smoothly, minimizing undesirable vibrations. These vibrations, if present, can lead to "jello" effect in camera footage, put excessive strain on your motors and bearings, and negatively impact the flight controller's stability by introducing noise into IMU sensors. A well-balanced carbon propeller ensures smoother, more efficient flight and extends the lifespan of your drone components.