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

Name: Pro-Range D63 Ducted PC 3 Blade 1.5mm Propellers 4CW+4CCW - Yellow
Brand: Pro-Range
SKU: DRFC-1164
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 designed for enhanced stability and thrust efficiency in compact FPV drone builds.

Features

3-inch pitch, 63.5mm diameter ducted propeller design for 3-inch CineWhoop and FPV drone frames.
Constructed from high-strength Polycarbonate (PC) for a durable, lightweight build weighing only 1.4g per blade.
Features a 1.5mm center hole with a 3-hole mounting pattern for secure attachment to 1105, 1106, and 1108 size motors.
Includes 4 clockwise (CW) and 4 counter-clockwise (CCW) propellers for a complete 8-blade set.
Optimized blade geometry provides excellent balance, smooth flight characteristics, and efficient thrust.

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Description

The Pro-Range D63 ducted propellers are engineered for pilots requiring reliable performance in tight spaces. The Polycarbonate construction delivers a critical balance of rigidity and impact resistance, ensuring the blades maintain their precise pitch and shape during aggressive maneuvers and minor collisions common in ducted-flyer environments.

With a 3-inch pitch and 63.5mm total diameter, these blades are tuned to generate ample thrust for 3-inch micro drones while operating within the physical constraints of duct guards. The 1.5mm shaft hole and triple-hole mounting pattern provide a secure, vibration-free connection to popular 1105-1108 motor series, which is essential for clean video feed and stable flight performance.

Key Features

Ducted Propeller Design: Specifically shaped for integration with CineWhoop and ducted drone frames, providing protected propulsion.
High-Strength Polycarbonate Material: Offers superior durability and fatigue resistance compared to standard nylon blends, for longer service life.
Precision-Balanced Blades: Manufactured to tight tolerances to minimize vibration and ensure smooth motor operation from the first flight.
Optimized Thrust Profile: The 3-inch pitch and 3-blade design create a high thrust-to-weight ratio suitable for acrobatic flight and carrying payloads.
Vibrant Color Coding: The bright yellow finish aids in propeller orientation during installation and adds high-visibility aesthetics to your build.

Applications

3-inch CineWhoop drones for indoor flying and proximity cinematography.
Micro FPV freestyle and racing quads built on 3-inch ducted frames.
Lightweight toothpick-style drones using 1105-1108 motors for efficient long-range flights.
DIY micro drone projects requiring durable, high-thrust ducted propellers.

Technical Specifications

Model Series	D63
Propeller Type	Ducted
Diameter	63.5 mm (2.5")
Pitch	3 inch
Blade Count	3
Material	Polycarbonate (PC)
Color	Yellow
Center Hole Diameter	1.5 mm
Mounting Holes	3-hole pattern
Compatible Motor Sizes	1105, 1106, 1107, 1108
Weight per Propeller	1.4 g
Rotation Direction	CW & CCW

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. The 1.5mm center hole and 3-hole mounting pattern are standard for this motor class. Always verify your specific motor's shaft diameter and bolt pattern before installation.

Are these propellers suitable for 5-inch drone frames?

No, these are specifically 3-inch (63.5mm) ducted propellers. They are intended for 3-inch micro and CineWhoop drone frames. Using them on a larger 5-inch frame would result in insufficient thrust and poor flight performance due to the mismatched size and pitch.

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

Polycarbonate offers a superior strength-to-weight ratio and higher impact resistance compared to standard nylon blends. This means PC props are less likely to deform under high RPMs or crack upon minor impacts, providing more consistent performance and longer lifespan, which is crucial for ducted drones that often fly in confined spaces.