Description
Elevate your flying performance with the Falcon 20x10E Carbon Fibre Electric Propeller, engineered specifically for high-precision aerobatic (F3A) competition. Part of Falcon’s renowned Extra Light Series, this 2-blade prop offers a superb balance of strength, low weight, and aerodynamic efficiency.
Manufactured from premium carbon fibre, it delivers fast throttle response, reduced noise, and exceptional reliability. Designed for electric-powered aircraft, the 20x10E is the prop of choice for F3A champions seeking consistent, top-level performance.
Key Features:
Diameter: 20 inches
Pitch: 10 inches
Configuration: 2-Blade, Electric (E-series)
Material: Ultra-light carbon fibre
Precision balanced for smooth operation
Reduced noise output for quieter flights
Designed for F3A competition and high-performance aerobatics
Suitable for both standard and pusher installations
Ideal For:
Serious RC pilots flying electric-powered aircraft who demand the best in responsiveness, efficiency, and performance.
Falcon 20x10E Carbon Prop
£101.99Incl. VAT
Description
Elevate your flying performance with the Falcon 20x10E Carbon Fibre Electric Propeller, engineered specifically for high-precision aerobatic (F3A) competition. Part of Falcon’s renowned Extra Light Series, this 2-blade prop offers a superb balance of strength, low weight, and aerodynamic efficiency.
Manufactured from premium carbon fibre, it delivers fast throttle response, reduced noise, and exceptional reliability. Designed for electric-powered aircraft, the 20x10E is the prop of choice for F3A champions seeking consistent, top-level performance.
Key Features:
Diameter: 20 inches
Pitch: 10 inches
Configuration: 2-Blade, Electric (E-series)
Material: Ultra-light carbon fibre
Precision balanced for smooth operation
Reduced noise output for quieter flights
Designed for F3A competition and high-performance aerobatics
Suitable for both standard and pusher installations
Ideal For:
Serious RC pilots flying electric-powered aircraft who demand the best in responsiveness, efficiency, and performance.