OrangeRX Pro-Range Hurricane 5127 PC 3-Blade Propellers 2CW+2CCW

Name: OrangeRX Pro-Range Hurricane 5127 PC 3-Blade Propellers 2CW+2CCW
Brand: OrangeRX
SKU: DRFC-1103
Price: 169.00 INR
Availability: OutOfStock

₹169.00 (Inclusive of all taxes)

Out of Stock

The OrangeRX Pro-Range Hurricane 5127 propellers are lightweight and durable PC 3-blade props designed for FPV drones. This 2CW+2CCW set enhances flight stability and efficiency, providing smooth operation for freestyle and racing applications.

Features

Optimized 5127 pitch for balanced thrust and control.
Durable Polycarbonate (PC) construction ensures lightweight performance and crash resistance.
Efficient 3-blade design provides smooth power delivery and reduced prop wash.
Includes a complete 2CW+2CCW set for immediate drone assembly.
Features a standard 5mm center hole, compatible with common FPV motors.

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Description

OrangeRX Pro-Range Hurricane 5127 propellers are engineered for the demanding world of FPV drones. Crafted from robust yet lightweight Polycarbonate, these blades offer an exceptional balance of strength and minimal rotational mass. Their well-designed 2.7-inch pitch is specifically tuned to optimize thrust efficiency, translating into responsive control and extended flight times.

These 5127 Hurricane propellers are ideal for both aggressive FPV racing and smooth freestyle maneuvers. The meticulous design ensures enhanced flight stability and efficiency, allowing pilots to execute precise movements with confidence. Each set includes two CW and two CCW propellers, providing a complete solution for a quadcopter build or quick replacements.

Key Features

Lightweight Polycarbonate (PC) material for agility and durability.
Optimized 5127 design provides excellent balance and flight stability.
Three-blade configuration enhances thrust and control responsiveness.
Standard 5mm center hole compatible with most 22XX, 23XX series FPV motors.
Cost-efficient solution for builders and pilots seeking reliable performance.
Reduced vibration characteristics for smoother video footage and flight.

Applications

FPV Freestyle Drones
FPV Racing Quadcopters
Cinematic FPV Builds (for smooth flight characteristics)
General Purpose 5-inch FPV Drones

Technical Specifications

Material	Polycarbonate
Rotation Direction	CW & CCW (2CW+2CCW)
No. of Blades	3
Propeller Diameter	5.1 inch
Pitch	2.7 inch
Center Hole Diameter	5mm
Compatible Motors	2207KV, 2309KV and similar FPV motors
Color	Clear Purple

Frequently Asked Questions

What motors are compatible with these Pro-Range Hurricane 5127 propellers?

These propellers are designed with a 5mm center hole, making them compatible with most common FPV drone brushless motors. They are particularly well-suited for 2207KV, 2309KV, and similar motor sizes, which are widely used in 5-inch freestyle and racing quadcopters for optimal performance and thrust delivery.

What are the key benefits of the Polycarbonate (PC) material used in these propellers?

Polycarbonate offers an excellent balance of durability, flexibility, and lightweight characteristics crucial for FPV flight. This material resists impacts and bending deformations, ensuring propellers can withstand crashes better than brittle alternatives. Its low weight also minimizes rotational inertia, leading to quicker motor response and increased efficiency during maneuvers.

How do the 3-blade design and 2.7-inch pitch affect flight performance?

The 3-blade configuration provides a smooth power delivery and generally reduces prop wash in aggressive maneuvers, offering a more predictable feel. Coupled with the 2.7-inch pitch, these propellers are optimized for a balance of thrust and efficiency, making them versatile for both high-speed racing and controlled freestyle flying while maintaining good battery life.

What does "2CW+2CCW" mean for this propeller package?

The "2CW+2CCW" designation means the package contains two clockwise (CW) rotating propellers and two counter-clockwise (CCW) rotating propellers. This standard combination is essential for setting up a quadcopter, ensuring all four motors have the correct rotational direction for stable and controlled flight dynamics in FPV applications.