15x9.5 CAM Folding Blades
$16.99
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15x9.5 CAM Folding Blades
$16.99
Carbon Reinforced
Durable Carbon Fiber Composite
Z-Blade Design
Folds Ultra Tight To Fuselage
8mm Root Fit
Compatible With Standard Yokes
Matched Pair
Includes Two Precision Blades
Aerodynamic Edge
Optimized Profile For Gliders
42mm Benchmark
Sized For Standard Hubs
In Stock
Streamlined Glider PerformanceNext Generation Folding Propeller Technology
The Aeronaut 15x9.5 CAM Folding Blades deliver superior aerodynamic performance for high-efficiency RC gliders and electric sailplanes. Engineered with advanced carbon-fiber reinforced plastic, these folding propeller blades hug narrow fuselages tightly to minimize drag during glide phases. Upgrade your RC plane power system with a matched pair designed for maximum thrust and optimal folding efficiency.
Precision German EngineeringMaximize Efficiency On Electric Sailplanes
Designed to set the benchmark in electric flight, the Aeronaut 15x9.5 CAM Folding Blades feature an optimized profile geometry in the root area for enhanced efficiency and durability. Utilizing lightweight carbon-fiber composite material, these blades fit standard 8mm root spinners, including Aeronaut Z-spinners and CN precision hubs. When paired with a standard 42mm middle piece, the 15x9.5 dimensions ensure high output during climb and absolute minimum drag when folded back against the fuselage. Perfect for thermal sailplanes and hotliners, the Aeronaut 15x9.5 CAM Folding Blades require motor soft-start operation to maintain structural integrity and top performance.
Technical SpecificationsDetailed Blade Metrics And Parameters
Compatible Vehicles
RC Electric Gliders & Sailplanes
Part Type
Folding Propeller Blades
Material
Carbon Fiber Reinforced Plastic
Placement/Position
Front / Spinner Yoke Assembly
Blade Root Size
8mm
Propeller Diameter
15 inches (15") (ruler)
Propeller Pitch
9.5 inches (9.5") (speedometer)
Reference Middle Piece
42mm
Key Technical FeaturesAdvanced Aerodynamics For Electric Flight
Aerodynamic Z-GeometryFolds flush against narrow fuselage contours to drastically reduce glide drag.
Carbon Composite MaterialConstructed from tough carbon fiber reinforced polymer for superior rigidity.
Universal 8mm RootFits standard folding prop yokes and Aeronaut precision CN spinners seamlessly.
Matched Pair PackageFactory-balanced set containing two high-precision folding prop blades.
Optimized Root ProfileRefined root section yields higher efficiency and cleaner airflow under load.
Scalable SizingRated precisely using a standard 42mm middle piece mounting hub.
Frequently Asked QuestionsEverything you need to know
What is included with the Aeronaut 15x9.5 CAM Folding Blades package?
Each package contains a factory-matched pair consisting of two individual Aeronaut 15x9.5 CAM Folding Blades.
What root size do the Aeronaut 15x9.5 CAM Folding Blades require?
The Aeronaut 15x9.5 CAM Folding Blades feature a standard 8mm blade root thickness, making them compatible with standard folding prop hubs, CN spinners, and Z-spinners.
How does middle piece hub size affect the Aeronaut 15x9.5 CAM Folding Blades?
The specified 15x9.5 dimensions are based on mounting to a 42mm middle piece. Installing the Aeronaut 15x9.5 CAM Folding Blades on smaller or larger yokes will proportionally alter the effective diameter and pitch.
What motor controller settings are required for Aeronaut 15x9.5 CAM Folding Blades?
You must program an electronic soft-start on your ESC when using Aeronaut 15x9.5 CAM Folding Blades to prevent sudden stress spikes, and always observe maximum RPM limits.
What type of RC aircraft are the Aeronaut 15x9.5 CAM Folding Blades designed for?
The Aeronaut 15x9.5 CAM Folding Blades are optimized for electric RC gliders, sailplanes, and high-performance motor-gliders requiring minimum drag during unpowered flight.
What material is used to manufacture Aeronaut 15x9.5 CAM Folding Blades?
Aeronaut 15x9.5 CAM Folding Blades are injection-molded using a high-strength polymer reinforced with carbon fiber for high stiffness and reduced rotational inertia.