AeroNaut 9.0 x 5.0 CAM Carbon Z Folding Blades (723919)

AeroNaut 9.0 x 5.0 CAM Carbon Z Folding Blades (723919)

$12.49
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AeroNaut 9.0 x 5.0 CAM Carbon Z Folding Blades (723919)
In Stock

AeroNaut 9.0 x 5.0 CAM Carbon Z Folding Blades (723919)

$12.49

In Stock

Free shipping on orders $99+ (oversize items excluded).

Pick up today in Cumming, usually ready in 2 hours.

Carbon Reinforced Composite High strength lightweight construction
Tight Folding Profile Optimized aerodynamic glider fit
16000 Max RPM Engineered for high performance
Part #: 723919
SKU: 100024308
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 Soaring PowerPrecision engineered folding propeller blades

The Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades deliver exceptional aerodynamic performance for high-efficiency RC gliders and sailplanes. Built from carbon-fiber reinforced material, these high-grade folding propeller blades pull tightly against the fuselage when folded to minimize air resistance. Engineered for smooth energy transfer, this factory-matched set is an ideal choice for electric flight enthusiasts seeking maximum thermal performance.

Next-Level Glider EfficiencyAdvanced drag reduction for sailplanes

Maximize your soaring performance with the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades. Specially designed for modern narrow fuselages and sleek glider hulls, the Z-series root profile allows the blades to pivot closer to the airframe than traditional propellers, virtually eliminating dead air space and drag during unpowered flight. Constructed from durable carbon-reinforced composite, the Aeronaut CAM Carbon Z blades maintain rigid tracking under heavy load and are rated for operation up to 16,000 RPM. Designed with standard 8mm blade roots, they easily mount to existing CN precision spinners, though maximum drag reduction is achieved when paired with Aeronaut Z-spinners. Perfect for competitive thermal soaring and electric sailplane performance.

Technical DetailsKey dimensions and limits
Compatible Vehicles Electric RC Gliders and Sailplanes
Part Type Folding Propeller Blades
Material Carbon Fiber Reinforced Plastic
Placement/Position Front Spinner Assembly
Dimensions 9.0 x 5.0 inches
Blade Root Width 8mm
Maximum Permissible Speed 16000 RPM
Reference Middle Piece 42mm
Engineered FeaturesDesigned for electric sailplane excellence
Matched SetPackage includes two factory-balanced folding blades
Tight Folding DesignProfile pulls blades closer to fuselage to reduce aerodynamic drag
Carbon Reinforced MaterialHigh tensile strength composite ensures stiffness and response
Universal 8mm RootFits standard folding hubs and precision CN spinners
Optimized Root ProfileRe-engineered blade root improves laminar airflow near the hub
High Speed RatingPermissible up to 16,000 RPM when used with motor soft-start
Frequently Asked QuestionsEverything you need to know
What motor controller setting is required for the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades?

You must enable a soft-start program on your ESC when using the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades to avoid sudden torque spikes that could damage the folding hub or blades.

Are the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades sold individually or in pairs?

The Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades are always sold as a factory-matched pair containing two identical, balanced blades.

Will the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades fit standard spinner hubs?

Yes, these blades feature standard 8mm blade roots, allowing them to mount to standard folding propeller systems and CN spinners, though optimal drag reduction occurs with Aeronaut Z-spinners.

How does middle piece size affect the performance of the Aeronaut 9.0 x 5.0 CAM Carbon Z Folding Blades?

The 9.0 x 5.0 inch rating assumes a 42mm middle piece; using a smaller or larger middle piece will decrease or increase the effective overall diameter and pitch accordingly.

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