Pro-Range D90 Ducted PC 3 Blade M5 Propellers 2CW+2CCW - Black

Name: Pro-Range D90 Ducted PC 3 Blade M5 Propellers 2CW+2CCW - Black
Brand: Gemfan
SKU: DRFC-1149
Price: 188.00 INR
Availability: OutOfStock

₹188.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range D90 is a set of 3-blade ducted propellers crafted from durable Polycarbonate (PC) for FPV CineWhoop and micro drone applications. Designed with an M5 center hole and a 3-inch pitch, they provide optimized thrust and stability for smooth, efficient flight on compatible 90mm ducted frames.

Features

D90 ducted propeller design for 90mm CineWhoop and micro drone frames.
Constructed from durable Polycarbonate (PC) for a balance of rigidity and impact resistance.
3-blade configuration with a 3-inch pitch for efficient thrust and responsive flight characteristics.
Features an M5 center hole with a 2mm adapter for compatibility with a wide range of micro brushless motors.
Includes a balanced set of 2x CW and 2x CCW rotation propellers for a complete quadcopter setup.

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Description

The Pro-Range D90 ducted propellers are engineered for pilots requiring reliable performance in compact, ducted drone builds. The Polycarbonate construction ensures the blades maintain their precise aerodynamic shape under load, delivering consistent thrust while withstanding minor impacts common in proximity flying.

With a 3-inch pitch and three-blade design, these props offer an excellent thrust-to-weight ratio, enhancing both low-speed stability and high-speed punch-outs. The integrated M5 mounting hole, coupled with a 2mm adapter, provides secure attachment to standard micro motor shafts, ensuring minimal vibration for cleaner video footage and smoother flight control.

Key Features

Ducted Propeller Design: Specifically shaped for 90mm ducted frames, maximizing thrust efficiency within protective ducts.
High-Strength Polycarbonate: PC material offers superior durability and fatigue resistance compared to standard nylon blends.
Precision Balanced Blades: Manufactured to tight tolerances for reduced vibration and smoother motor operation.
Optimized 3-Blade Aerodynamics: The triple-blade configuration provides a favorable mix of thrust and efficiency for acrobatic and cinematic flight.
Universal Mounting Compatibility: M5 center hole with included 2mm adapter fits most popular micro brushless motor shafts.

Applications

3-inch CineWhoop builds using 90mm ducted frames for indoor/outdoor cinematic FPV.
Micro FPV freestyle and racing drones built on compact, protected ducted platforms.
Lightweight toothpick-style drones requiring durable, efficient propellers.
FPV drone trainers and beginner builds where propeller durability is a priority.
Compact aerial photography drones where smooth, stable flight is essential.

Technical Specifications

Model Series	D90
Blade Count	3
Material	Polycarbonate (PC)
Color	Black
Rotation Direction	2x CW, 2x CCW
Center Hole Diameter	M5 (includes 2mm adapter)
Pitch	3 inches
Intended Frame Size	90mm (Ducted)

Frequently Asked Questions

What size drone frame are these D90 propellers designed for?

The D90 propellers are specifically designed for 90mm ducted frames, commonly used in 3-inch CineWhoop builds. Their ducted blade shape is optimized to work efficiently within the protective ducts of these compact frames, providing thrust while minimizing turbulence.

Do these propellers include the necessary adapters for my motor shafts?

Yes, these propellers feature an M5 center hole and include the design for a 2mm adapter. This makes them compatible with the vast majority of micro brushless motors that use either M5 threaded shafts or smooth 2mm shafts, ensuring a secure and concentric fit.

What are the advantages of using Polycarbonate (PC) for propeller material?

Polycarbonate offers a superior strength-to-weight ratio and higher impact resistance compared to standard nylon blends. This means D90 props are less likely to break on minor crashes and will maintain their precise blade shape and balance over a longer lifespan, leading to more consistent flight performance.