Pro-Range D63 Ducted PC 3-Blade 1.5mm Propellers 4CW+4CCW - Purple

Name: Pro-Range D63 Ducted PC 3-Blade 1.5mm Propellers 4CW+4CCW - Purple
Brand: Pro-Range
SKU: DRFC-1165
Price: 269.00 INR
Availability: OutOfStock

₹269.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range D63 is a set of 3-inch ducted propellers crafted from durable Polycarbonate (PC), featuring a 1.5mm center hole for compatibility with 1105-1108 brushless motors. This 4CW+4CCW pack is engineered for enhanced flight stability and thrust efficiency in compact FPV drone builds.

Features

3-inch pitch, 63.5mm diameter ducted propeller design for 3″ CineWhoop and micro drone frames.
Constructed from lightweight, high-impact Polycarbonate (PC) for a durable performance-to-weight ratio.
Features a 1.5mm center hole with a 3-hole mounting pattern for secure attachment to 1105-1108 motors.
Includes 4 CW and 4 CCW propellers for a complete 8-propeller set, enabling multi-rotor replacement.
Optimized blade geometry provides balanced thrust and smooth operation for stable FPV video footage.

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Description

The Pro-Range D63 ducted propellers are precision-engineered for 3-inch micro and CineWhoop drone platforms. The Polycarbonate construction delivers a critical balance of rigidity and low weight, resisting deformation during high-speed maneuvers and minor impacts, which is essential for ducted frame applications where propeller clearance is minimal.

With a defined 3-inch pitch and 63.5mm total diameter, these blades generate efficient thrust tailored for the 1105-1108 motor class common in 3S and 4S LiPo setups. The 1.5mm shaft hole and triple mounting screw pattern ensure a secure, concentric fit, minimizing vibration for cleaner Betaflight gyro data and sharper flight performance.

Key Features

Ducted Propeller Design: Specifically shaped for integration with 3-inch ducted drone frames, protecting blades and surroundings.
High-Strength Polycarbonate Material: Offers excellent impact resistance and fatigue strength compared to standard nylon blends.
Precision Balanced Blades: Manufactured to tight tolerances for reduced vibration and smoother flight characteristics.
Optimized 3-Blade Geometry: Provides a favorable mix of thrust efficiency and responsive handling for acrobatic and cinematic flying.
Secure 3-Hole Mounting: The 1.5mm center hole with three screw points prevents slippage under high-torque loads from brushless motors.

Applications

3-inch CineWhoop drones using ducted frames for indoor or proximity cinematic FPV filming.
Lightweight 3-inch micro FPV freestyle and racing quads powered by 1105-1108 motors on 3S/4S LiPo.
Compact drone builds requiring durable, vibration-damped propellers for clean HD or analog video feed.
Micro long-range or cruising drones where efficient thrust and propeller durability are prioritized.

Technical Specifications

Model Series	D63
Propeller Type	Ducted 3-Blade
Diameter	63.5 mm / 2.5 inch
Pitch	3 inch
Material	Polycarbonate (PC)
Blade Count	3
Center Hole Diameter	1.5 mm
Mounting Holes	3-hole pattern
Compatible Motors	1105, 1106, 1107, 1108 Brushless
Rotation Direction	CW & CCW
Color	Purple
Propeller Weight (approx.)	1.4 g

Frequently Asked Questions

What motor sizes are these D63 propellers compatible with?

The Pro-Range D63 propellers are designed for 1105, 1106, 1107, and 1108 brushless motor sizes, which are standard for 3-inch micro and CineWhoop drones. The 1.5mm center hole and 3-hole mounting pattern match the typical shaft and screw configuration of these motor series. Always verify your specific motor's shaft diameter and mounting pattern before installation.

Are these propellers suitable for ducted (CineWhoop) frames?

Yes, the D63 model is specifically designed as a ducted propeller. Its 63.5mm diameter and blade shape are optimized to fit within the ducts of 3-inch CineWhoop frames, providing protection and efficient airflow. Using non-ducted propellers in a ducted frame can lead to reduced performance and potential damage.

What is the advantage of the Polycarbonate (PC) material?

Polycarbonate offers a superior strength-to-weight ratio compared to standard nylon or glass-filled nylon propellers. It provides higher impact resistance, reducing the chance of breaking from minor strikes, and maintains its shape better under high RPM loads, leading to more consistent thrust and less vibration. This makes it an excellent choice for durable, high-performance micro FPV builds.