Pro-Range 1636 PC 4-Blade 40mm Propellers 4CW+4CCW - Clear Purple

Name: Pro-Range 1636 PC 4-Blade 40mm Propellers 4CW+4CCW - Clear Purple
Brand: Pro-Range
SKU: DRFC-1208
Price: 111.00 INR
Availability: OutOfStock

₹111.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 1636 is a set of 40mm, 4-blade polycarbonate propellers designed for micro and nano drones. Featuring a 1.5mm center hole and a 3.5-inch pitch, they are optimized for 1103-1105 brushless motors to deliver enhanced thrust and flight stability in compact FPV builds.

Features

40mm diameter, 4-blade design with a 3.5-inch pitch for high thrust density.
Constructed from durable Polycarbonate (PC) for an optimal strength-to-weight ratio.
Features a 1.5mm center hole, compatible with 1103, 1104, and 1105 brushless motor shafts.
Includes a balanced set of 4 CW and 4 CCW propellers for immediate installation.
Clear Purple finish provides a distinctive visual marker for orientation and style.

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Description

The Pro-Range 1636 propellers are engineered for micro FPV drones and CineWhoops requiring precise control and efficient power delivery. The 4-blade configuration and 3.5-inch pitch generate significant thrust, improving low-speed handling and punch-out performance while maintaining smooth flight characteristics essential for freestyle and cinematic maneuvers.

Made from injection-molded polycarbonate, these blades offer high impact resistance and torsional rigidity, reducing flex at high RPMs for consistent power transfer. The balanced 4CW+4CCW pack ensures minimal vibration out of the package, contributing to cleaner video feed and extended motor bearing life in demanding 2S-3S LiPo applications.

Key Features

High-Thrust 4-Blade Profile: The 1636 design maximizes disc area for aggressive lift and improved control authority in tight spaces.
Polycarbonate Durability: PC material provides excellent resistance to cracking and deformation from minor impacts.
Precision Balanced Blades: Factory-balanced hubs and blades reduce harmonic vibration for smoother video and reliable performance.
Wide Motor Compatibility: The 1.5mm bore fits standard 1103, 1104, and 1105 micro motor series common in 2-3 inch drone builds.
Optimized Pitch for Efficiency: The 3.5-inch pitch is tuned to deliver strong thrust without excessive current draw on micro ESCs.
Distinctive Color Coding: The Clear Purple finish aids in quick visual identification of rotation direction during assembly and in flight.

Applications

2-inch to 3-inch Micro FPV Racing Drones requiring high thrust-to-weight ratios.
65mm-75mm CineWhoop builds for indoor flying and smooth cinematic footage.
Tiny Whoop and brushed-to-brushless conversion kits using 1103-1105 motor series.
Lightweight Freestyle Micro Drones where durability and punch-out performance are critical.
FPV drone trainers and park flyers where propeller longevity is a priority.

Technical Specifications

Model Series	1636
Diameter	40mm
Number of Blades	4
Material	Polycarbonate (PC)
Pitch	3.5 inch
Center Hole Diameter	1.5mm / 1.0mm
Compatible Motors	1103, 1104, 1105
Rotation Direction	CW & CCW
Color	Clear Purple
Propeller Weight (approx.)	0.61g
Center Thickness	5.2mm

Frequently Asked Questions

What motor shaft size are these Pro-Range 1636 propellers compatible with?

These propellers feature a 1.5mm center hole diameter, making them directly compatible with the standard shaft size of 1103, 1104, and 1105 brushless motors. Some versions may include a secondary 1.0mm bushing for wider compatibility, but the primary fit is for 1.5mm shafts common in micro drone builds.

Are these propellers suitable for 3S LiPo batteries on a micro drone?

Yes, the Pro-Range 1636 propellers, constructed from durable polycarbonate, are rated for the RPM and thrust loads generated by 1103-1105 motors on 2S and 3S LiPo batteries. Their 3.5-inch pitch is optimized to provide strong thrust without overloading typical micro ESCs, making them a solid choice for aggressive 3S micro FPV flying.

Do I need to balance these 40mm propellers before use?

While Pro-Range propellers undergo factory balancing for minimal vibration, it is always recommended to perform a final dynamic balance, especially for high-performance or HD video applications. Proper balancing maximizes motor efficiency, extends bearing life, and ensures the cleanest possible FPV video feed from your micro drone.