AeroNaut 11x10 CAM Folding Blades (723443)

AeroNaut 11x10 CAM Folding Blades (723443)

$12.99
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AeroNaut 11x10 CAM Folding Blades (723443)

AeroNaut 11x10 CAM Folding Blades (723443)

$12.99

In Stock

Carbon Reinforced Durable composite blade construction
Tight Folding Profile Reduces drag along glider fuselage
Universal 8mm Root Fits standard precision spinner yokes
Part #: 723443
SKU: 100000590
45+ YEARS IN BUSINESSServing since 1978
REPAIR SERVICESRC Cars, Planes, Boats, Drones & More
AUTHORIZED DEALERGenuine products from top brands
FAST SHIPPINGNext day shipping anywhere in the country.
EASY RETURNSIn-stock items returnable within 30 days
Streamlined Electric Flight PerformanceHigh efficiency folding blades for sailplanes

The Aeronaut 11x10 CAM Folding Blades deliver exceptional aerodynamic efficiency for high-performance RC gliders and electric aircraft. Engineered with a specialized profile root and optimized geometry, these carbon-reinforced folding prop blades fold tightly against the fuselage to minimize drag during unpowered soaring.

Precision Glider Propulsion EngineeringDesigned for ultimate efficiency in flight

Elevate your sailplane performance with the Aeronaut 11x10 CAM Folding Blades, the industry standard in high-efficiency electric flight propulsion. Designed with an advanced root profile, these RC plane folding propeller blades lie flatter against slim and box-shaped fuselages alike, drastically reducing parasitic drag when the motor is off. Made from carbon-reinforced plastic, they offer unmatched stiffness and durability under load. These 8mm root blades are directly compatible with standard CN spinners and precision yokes, delivering optimal thrust when paired with a 42mm middle piece.

Technical Specifications & CompatibilityDetailed dimensions and operational limits
Part Type Folding Propeller Blades
Material Carbon-Fiber Reinforced Plastic
Blade Root Size 8mm
Propeller Diameter 11 inches
Propeller Pitch 10 inches (angle)
Max Permissible Speed 13,000 RPM
Reference Yoke Size 42mm Middle Piece
Package Quantity 1 Pair / 2 Blades
Advanced Propeller FeaturesEngineered for maximum soaring efficiency
Matched PairIncludes two balanced blades ready for installation
Tight Fuselage FoldingReduces parasitic aerodynamic drag during gliding
Carbon ReinforcementHigh-rigidity carbon-infused composite structure
Universal MountingDesigned for standard 8mm blade root yokes and spinners
Optimized Root GeometryEnhanced efficiency across high RPM ranges
Speed Safety RatedCertified for operation up to 13,000 RPM
Frequently Asked QuestionsEverything you need to know
What comes inside the box with the Aeronaut 11x10 CAM Folding Blades?

Each package of Aeronaut 11x10 CAM Folding Blades includes one matched pair consisting of two individual blades.

What is the maximum recommended RPM for the Aeronaut 11x10 CAM Folding Blades?

The maximum permissible speed for the 11-inch Aeronaut 11x10 CAM Folding Blades is 13,000 RPM. Always ensure your setup operates within this safety limit.

What size root hub is required for the Aeronaut 11x10 CAM Folding Blades?

The Aeronaut 11x10 CAM Folding Blades feature a standard 8mm blade root, making them compatible with all standard folding propeller yokes and CN precision spinners designed for 8mm roots.

How does center yoke size affect the Aeronaut 11x10 CAM Folding Blades?

The specified 11x10 rating for the Aeronaut 11x10 CAM Folding Blades is based on a standard 42mm center yoke piece. Using a smaller or larger middle piece will change the effective overall diameter and pitch accordingly.

Are the Aeronaut 11x10 CAM Folding Blades suitable for narrow glider fuselages?

Yes, the Aeronaut 11x10 CAM Folding Blades feature an optimized root profile designed specifically to fold tightly against narrow or wooden box-shaped glider fuselages to minimize drag.

Do I need a soft start ESC setting when using Aeronaut 11x10 CAM Folding Blades?

Yes, operating the Aeronaut 11x10 CAM Folding Blades requires activating a motor soft-start function on your electronic speed controller to prevent mechanical torque shock during spool-up.