Pro-Range D90 Ducted 5-Blade PC Propellers 2CW+2CCW

Name: Pro-Range D90 Ducted 5-Blade PC Propellers 2CW+2CCW
Brand: Pro-Range
SKU: DRFC-1010
Price: 184.00 INR
Availability: OutOfStock

₹184.00 (Inclusive of all taxes)

Out of Stock

These Pro-Range D90 Ducted PC propellers feature a 5-blade design, optimized for ducted drones requiring high thrust and stable flight performance. Crafted from durable polycarbonate, they offer efficient propulsion with both 2mm and M5 compatibility.

Features

5-blade design for enhanced thrust and smooth flight in ducted setups.
Constructed from lightweight and robust Polycarbonate (PC) for durability.
Versatile hub compatibility with both 2mm and M5 motor shafts.
Includes 2CW and 2CCW propellers for complete multirotor setup.

Out of stock

Get Notified When Available

Description

The Pro-Range D90 Ducted PC 5-Blade Propellers are engineered to deliver robust and efficient propulsion specifically for ducted drone platforms. Crafted from durable polycarbonate, these blades are designed to withstand the rigors of FPV flying while maintaining minimal weight. Their specific pitch and blade count are optimized to generate substantial thrust within the confines of ducted systems, which is critical for precise control and stability in environments where protection is paramount.

These propellers significantly improve flight stability and overall efficiency, ensuring a smooth and responsive operational experience. The material choice offers an ideal balance of strength and flexibility, contributing to the longevity and consistent performance of your drone. With versatile center hole compatibility, these propellers integrate seamlessly with a wide range of ducted motors, making them a reliable choice for builders and pilots.

Key Features

Engineered with a 5-blade profile for optimized thrust generation within ducted systems.
Manufactured from durable Polycarbonate material, ensuring impact resistance and minimal weight.
Designed for enhanced flight stability and efficiency, crucial for precision control in ducted drone applications.
Features versatile hub mounting, accommodating both 2mm and M5 motor shaft diameters.
Precisely balanced to minimize vibrations, contributing to smoother video footage and reduced wear on components.

Applications

Ducted CineWhoop and cinelifter drones for smooth, protected flight.
Indoor FPV racing and freestyle where prop guards are essential.
Micro and sub-250g FPV builds requiring efficient thrust.

Technical Specifications

Model Series	D90 Ducted
No. of Blades	5
Material	Polycarbonate (PC)
Color	Black
Rotation Direction	CW & CCW (2 each)
Center Hole Diameter	2mm & M5 (with adapter)
Pitch	2.4 inches

Frequently Asked Questions

What motors are compatible with these D90 ducted propellers?

These propellers are designed for motors with either a 2mm shaft or M5 threaded shafts, thanks to the included adapters. This versatility allows integration with a wide range of ducted drone motors, ensuring broad compatibility for various build specifications and thrust requirements.

What is the primary benefit of a 5-blade design for ducted drones?

The 5-blade configuration significantly increases the surface area for thrust generation within the confined space of a duct. This design choice optimizes efficiency and provides smoother, more responsive control, which is essential for precise maneuvering in cinematic or indoor FPV applications.

How does the polycarbonate material impact prop durability and performance?

Polycarbonate provides an excellent balance of strength and flexibility, making these propellers highly resistant to impact and minor crashes. This durable material ensures consistent performance over time while keeping the propeller weight low, contributing to overall flight efficiency.

Can these propellers be used for both CW and CCW motor rotations?

Yes, the package includes both Clockwise (CW) and Counter-Clockwise (CCW) rotating propellers. This ensures you have the correct orientation for all motors on a standard multirotor setup, maintaining proper thrust vectoring and stable flight dynamics.