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Gemfan 9150-3 black three-blade propellerGemfan 9150-3 black three-blade propeller

Gemfan 9150-3

The Gemfan 9150-3 is a black glass fiber nylon three-blade propeller for high-altitude racing, cinematography and heavy-lift FPV applications. It combines a 231.14mm diameter, 5in pitch and 5mm center bore, with 3115 1000kv motors recommended for integration. Its stated quad application extends to 1.5 kg takeoff weight.

GemfanDrone motor
Weight
23.4 g
Material
Glass fiber nylon

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Product overview

The Gemfan 9150-3 uses three glass fiber nylon blades in a nominal 9-inch format, with a specified diameter of 231.14mm and a 5in pitch. Its intended applications include high-altitude racing, plateau operation, professional aerial cinematography and heavy-lift FPV drones. The black propeller combines matte and glossy surfaces, a treatment intended to improve aerodynamic efficiency and reduce stalling risk at high speeds. The configuration described is a propulsion component for integration into a drone.

Mechanical integration centers on a 5mm hub bore and an 8mm center thickness. Maximum propeller width is 29.3mm, and weight is 23.4g. Gemfan recommends a 3115 1000kv motor, providing a specific motor reference for propulsion selection. The stated aircraft application covers quads with takeoff weight up to 1.5 kg; this figure describes total aircraft takeoff weight rather than a payload allowance. The supplied product description identifies the black three-blade propeller, without specifying package quantity or additional included mounting equipment.

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Specifications

SpecificationValue & conditions
Manufacturer and modelGemfan 9150-3
Product configuration9-inch, three-blade propeller
MaterialGlass fiber nylon
Pitch5in
ColorBlack
Propeller diameter231.14mm
Center thickness8mm
Center hole inner diameter5mm
Maximum propeller width29.3mm
Weight23.4g
Recommended motor3115 1000kv
Takeoff weightUp to 1.5 kgFor quads.
Surface finishCombined matte and glossy surfaces
Intended applicationsHigh-altitude racing and performance drones, plateau and thin-air operation, professional aerial cinematography, and heavy-lift FPV drones
Surface treatment purposeIntended to improve aerodynamic efficiency and reduce stalling riskAt high speeds.

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