Pro-Range 51466 V2 Hurricane PC 3 Blade Propellers (2CW+2CCW) - Tiger OrangeRX

Name: Pro-Range 51466 V2 Hurricane PC 3 Blade Propellers (2CW+2CCW) - Tiger OrangeRX
Brand: Pro-Range
SKU: DRFC-1448
Price: 229.00 INR
Availability: OutOfStock

₹229.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 51466 V2 Hurricane is a 5.1-inch tri-blade propeller crafted from durable Polycarbonate (PC), designed for high-speed FPV racing and freestyle drones. Its 3.6-inch pitch and inverse tip design deliver strong thrust and fast response for 5-inch class builds.

Features

5.1-inch (131.8mm) tri-blade propeller with a 3.6-inch pitch for aggressive thrust.
Constructed from durable Polycarbonate (PC) for high impact and bending resistance.
Inverse tip design reduces blade tip vortex for improved aerodynamic efficiency.
Lightweight 4.2g design minimizes moment of inertia for rapid throttle response.
5mm center hub bore compatible with standard M5 motor shafts.

Out of stock

Get Notified When Available

Description

The Pro-Range 51466 V2 Hurricane PC propeller is engineered for pilots demanding high-speed performance and durability. The advanced Polycarbonate construction provides an optimal balance of rigidity and flexibility, allowing the prop to withstand crashes while maintaining precise aerodynamic shape. The inverse tip geometry is a key performance feature, effectively disrupting the formation of turbulent vortices at the blade ends to reduce drag and improve overall efficiency.

With a center thickness of 6.8mm and a max blade width of 15mm, the Hurricane V2 is built to handle the high rotational forces generated by powerful 2207-2507 class motors on 4S to 6S LiPo setups. The lightweight 4.2g per blade design ensures minimal rotational mass, translating directly to faster acceleration and deceleration, a critical factor for tight racing corners and dynamic freestyle maneuvers.

Key Features

High-Performance PC Material: Polycarbonate construction offers superior dash and bending resistance compared to standard nylon blends, ensuring longevity and consistent flight characteristics.
Aerodynamic Inverse Tip: Specialized blade tip design mitigates energy-wasting tip vortices, enhancing thrust efficiency and reducing audible noise.
Optimized Weight & Inertia: At just 4.2g, the low moment of inertia provides exceptionally fast spin-up and stopping response for precise throttle control.
Precision Molded Hub: The 5mm center bore ensures a secure, concentric fit on standard M5 motor shafts, minimizing vibration.
Race-Ready Durability: The robust PC material and 6.8mm thick center hub are engineered to survive impacts and flex without permanent deformation.
Distinctive Tiger OrangeRX Finish: High-visibility color aids in orientation during high-speed flight and post-crash recovery.

Applications

5-inch FPV Racing Drones: Ideal for 5" frame builds using 2207-2507 size motors on 4S-6S LiPo batteries, where high top speed and aggressive cornering are required.
5-inch Freestyle Quadcopters: Provides the strong, responsive thrust and durability needed for powerful tricks and proximity flying.
High-Performance Long-Range Builds: Suitable for 5" long-range platforms where efficient, high-pitch props are needed for cruising speed.

Technical Specifications

Model	51466 V2 Hurricane
Blade Count	3 (Tri-Blade)
Material	Polycarbonate (PC)
Pitch	3.6 inch
Propeller Diameter	131.8 mm (~5.1 inch)
Center Thickness	6.8 mm
Center Hub Inner Diameter	5 mm
Max Blade Width	15 mm
Weight per Propeller	4.2 g
Rotation Direction	CW & CCW
Color	Tiger OrangeRX

Frequently Asked Questions

What motor size and frame are these 51466 V2 Hurricane propellers designed for?

These 5.1-inch (131.8mm) propellers are designed for standard 5-inch FPV drone frames. They are optimally paired with 2207, 2306, or 2507 size brushless motors running on 4S to 6S LiPo batteries to achieve their high-speed racing and freestyle performance.

How does the Polycarbonate (PC) material benefit these propellers compared to standard nylon?

Polycarbonate offers significantly higher impact resistance and rigidity than standard nylon blends. This results in props that are less likely to bend permanently or crack on impact, maintaining their precise aerodynamic shape for consistent performance and longer lifespan, even in a crash-heavy flying style.

What is the purpose of the inverse tip design on these Hurricane V2 props?

The inverse tip design disrupts the smooth airflow at the blade's end, reducing the formation of energy-wasting vortices. This aerodynamic refinement decreases drag, improves thrust efficiency, and can contribute to a slight reduction in high-speed propeller noise.