Pro-Range Propellers 2535 RotorX 2 TO 4 Blade (3 Holes) 8CW+8CCW - Yellow

Name: Pro-Range Propellers 2535 RotorX 2 TO 4 Blade (3 Holes) 8CW+8CCW - Yellow
Brand: Pro-Range
SKU: DRFC-1295
Price: 81.00 INR
Availability: OutOfStock

₹81.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 2535 propellers are 4-blade, 2.4-inch pitch polycarbonate blades designed for RotorX-style 3-hole mounting patterns (1.5mm). This 8CW+8CCW pack provides a balanced set for high-thrust applications on micro and nano drones.

Features

2535 (52.75mm) 4-blade propeller design for high thrust-to-weight ratio.
Constructed from durable polycarbonate (PC) for a balance of rigidity and impact resistance.
Features a 2.4-inch pitch optimized for efficient thrust generation in compact builds.
RotorX-compatible 3-hole mounting pattern with a 1.5mm center hole diameter.
Pack includes 8 clockwise (CW) and 8 counter-clockwise (CCW) propellers for a complete set.

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Description

The Pro-Range 2535 propellers are engineered for micro and nano-class FPV drones requiring a high-thrust, multi-blade configuration. The 4-blade design and 2.4-inch pitch work in tandem to deliver increased static thrust and improved low-speed handling, ideal for acrobatic flying and tight spaces where rapid power response is critical.

Manufactured from high-grade polycarbonate, these blades offer a favorable stiffness-to-weight ratio, resisting deformation at high RPMs while maintaining sufficient flexibility to absorb minor impacts. The vibrant yellow color provides high visibility for orientation during flight. The RotorX-style 3-hole mounting pattern ensures a secure, concentric fit on compatible motor bells, reducing vibration for smoother flight performance.

Key Features

High-Thrust Quad-Blade Design: Four blades generate greater static thrust and improved low-speed control compared to twin-blade designs, perfect for aggressive freestyle and racing.
Polycarbonate Construction: Offers excellent durability and fatigue resistance, maintaining blade integrity and balance through demanding flight sessions.
Optimized 2.4-Inch Pitch: Carefully calibrated pitch angle provides an efficient balance of thrust and RPM, maximizing flight time and power delivery.
Secure 3-Hole Mounting: The RotorX pattern with a 1.5mm center hole ensures a wobble-free installation, crucial for minimizing vibrations and maximizing flight controller performance.
Vibrant Yellow Finish: Enhances visual orientation during complex maneuvers and aids in quick propeller identification in a multi-drone setup.
Balanced CW/CCW Set: The included 8CW and 8CCW propellers provide spares and ensure you have the correct rotation for standard motor layouts.

Applications

High-performance micro and nano FPV racing drones (2-inch and 3-inch class) requiring maximum thrust.
Freestyle micro drones where aggressive throttle punches and precise low-speed control are essential.
Cinewhoop-style builds that benefit from the added stability and thrust of a 4-blade propeller.
Custom RotorX-compatible micro drone builds utilizing motors with the 3-hole mounting pattern.

Technical Specifications

Model Series	2535
Material	Polycarbonate (PC)
Color	Yellow
Center Hole Diameter	1.5mm (3-hole pattern)
Propeller Disk Diameter	52.75mm
Pitch	2.4 inches
Number of Blades	4
Pack Configuration	8CW + 8CCW

Frequently Asked Questions

What motor mounting pattern are these Pro-Range 2535 propellers compatible with?

These propellers are designed for the RotorX-style 3-hole mounting pattern, featuring a 1.5mm center hole diameter. They are compatible with many micro and nano drone motors that utilize this specific three-bolt pattern, ensuring a secure and concentric fit to minimize vibration.

Are these 4-blade propellers suitable for freestyle or racing?

Yes, the 4-blade design and 2.4-inch pitch of the Pro-Range 2535 propellers make them excellent for both freestyle and racing on micro drones. The quad-blade configuration provides higher static thrust and better low-speed control for aggressive maneuvers, while the optimized pitch balances power and efficiency for responsive throttle control.

What is the main advantage of polycarbonate (PC) for these propellers?

Polycarbonate offers an optimal balance of rigidity and impact resistance. It is stiff enough to maintain its shape and efficiency at high RPMs, reducing performance loss due to flex, while also being durable enough to withstand minor crashes and blade strikes without shattering, which is common on brittle materials.