Pro-Range Hurricane 5236 PC 3-Blade Propellers (2CW+2CCW)

Name: Pro-Range Hurricane 5236 PC 3-Blade Propellers (2CW+2CCW)
Brand: Pro-Range
SKU: DRFC-1064
Price: 209.00 INR
Availability: OutOfStock

₹209.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range Hurricane 5236 PC 3-blade propellers are engineered for FPV drones, offering an ideal balance of durability and lightweight performance. Crafted from polycarbonate, these props enhance flight stability and efficiency, providing smooth operation for a responsive flight experience.

Features

Designed for FPV drones, ensuring optimal thrust and efficiency.
Durable polycarbonate construction resists impact and maintains blade integrity.
Balanced 3-blade design provides stable flight characteristics and reduced vibrations.
Includes 2CW and 2CCW propellers for a complete quadcopter setup.

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Description

These Pro-Range Hurricane 5236 propellers are precision-engineered from high-grade polycarbonate, offering exceptional strength-to-weight ratio critical for agile FPV drone performance. The robust material construction ensures these blades can withstand the demands of aggressive freestyle maneuvers and high-speed racing, while their lightweight nature contributes to extended flight times and improved power efficiency.

The carefully designed 3.6-inch pitch and three-blade configuration optimize thrust generation, making these propellers highly responsive across the throttle range. Compatible with 2210 size motors and larger, these Hurricane series props deliver consistent power delivery and reduce motor stress, enhancing the overall longevity and reliability of your propulsion system. Their balanced rotation minimizes vibrations, providing clearer FPV feeds and more stable flight dynamics.

Key Features

Lightweight and durable polycarbonate construction.
Precision-balanced for excellent flight stability and reduced vibrations.
Optimized 3.6-inch pitch enhances thrust efficiency for responsive control.
Suitable for motors with M5 center hole diameter (e.g., 2210 size and up).
High-visibility purple color for easy orientation tracking.
Cost-efficient solution for FPV drone propulsion.

Applications

FPV Freestyle Drones
FPV Racing Quadcopters
Cinematic Micro Drones (with suitable motor/frame size)
DIY Quadcopter Builds

Technical Specifications

Material	Polycarbonate
Rotation Direction	CW, CCW
Quantity	2CW + 2CCW
Compatible Motor	2210 and up
Center Hole Diameter	M5
Pitch (inch)	3.6
Number of Blades	3
Color	Purple

Frequently Asked Questions

What motors are compatible with the Pro-Range Hurricane 5236 propellers?

These propellers are designed for compatibility with 2210 size brushless motors and larger. They feature an M5 center hole diameter, ensuring a secure fit on standard motor shafts commonly found in FPV racing and freestyle quadcopters. Always verify your motor's shaft size before installation for optimal performance and safety.

How do these 3-blade propellers compare to 2-blade or 4-blade alternatives?

The 3-blade configuration of the Hurricane 5236 offers a balanced approach, providing good thrust and responsiveness with less prop wash than 4-blades, and more grip than 2-blades. This design typically results in smoother flight characteristics and better control in corners, making them popular for versatile FPV applications.

What is the significance of the "PC" material in these propellers?

PC stands for Polycarbonate, a highly durable and impact-resistant plastic. This material choice makes the Hurricane 5236 propellers robust enough to withstand crashes and hard landings common in FPV flying, while remaining lightweight. It offers a good balance between stiffness for efficiency and flexibility to resist breaking.

How should I properly install the CW and CCW propellers on my quadcopter?

For a standard quadcopter configuration, CW (clockwise) propellers are typically installed on the front-right and rear-left motor arms, while CCW (counter-clockwise) propellers go on the front-left and rear-right arms. Ensure each propeller matches its designated motor's rotation direction to generate lift correctly for stable flight.