Pro-Range 5131.0 Tri Blade Fury Propellers 2CW+2CCW 2 Pair - Mint Green

Name: Pro-Range 5131.0 Tri Blade Fury Propellers 2CW+2CCW 2 Pair - Mint Green
Brand: Pro-Range
SKU: DRFC-1390
Price: 117.00 INR
Availability: OutOfStock

₹117.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 5131.0 Tri Blade Fury propellers are 5-inch polycarbonate blades designed for high-performance FPV racing and freestyle drones. With a 3.1-inch pitch and 5mm mounting hub, they deliver aggressive thrust and responsive handling for high-KV motor setups on 4S-6S LiPo systems.

Features

5-inch diameter (129mm) tri-blade propeller with a 3.1-inch pitch for aggressive thrust.
Constructed from durable, high-impact polycarbonate for resilience in crashes.
Includes two pairs (2CW + 2CCW) for a complete set and spares.
5mm reinforced mounting hub with a 6.7mm center thickness for secure attachment.
Vibrant Mint Green color enhances low-light and peripheral visual tracking.

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Description

The 5131.0 Fury series propellers are engineered for pilots seeking a balance of raw power and precise control. The tri-blade configuration and steep 3.1-inch pitch generate significant thrust, enabling rapid acceleration and tight cornering essential for competitive racing and dynamic freestyle maneuvers.

Manufactured from a high-grade polycarbonate blend, these props maintain structural integrity under high RPM loads and offer improved impact resistance compared to standard nylon blends. The design prioritizes a stiff blade profile to minimize flex and deliver immediate power transfer from motor to airflow.

Key Features

High-Thrust Tri-Blade Design: Three-blade configuration optimized for maximum thrust and responsive handling in aggressive flight profiles.
Durable Polycarbonate Construction: High-impact material provides excellent strength-to-weight ratio and crash resilience.
Precision Balanced Blades: Factory-balanced for smooth operation, reducing vibration and minimizing jello effect in FPV video feeds.
5mm Reinforced Hub: Robust mounting interface with a 6.7mm center thickness ensures a secure fit on standard 5mm motor shafts.
Optimized Aerodynamic Profile: Blade geometry designed for efficient high-RPM operation, reducing parasitic drag and improving flight time.
High-Visibility Mint Green Finish: Distinctive color aids in orientation and recovery during low-light conditions or against complex backgrounds.

Applications

5-inch FPV racing drones requiring maximum thrust for tight track layouts and hole shots.
5-inch freestyle quads where aggressive power delivery and precise control for tricks are paramount.
High-performance builds utilizing 2207, 2306, or similar high-KV motors on 4S to 6S LiPo batteries.
Drones where improved visual orientation with high-visibility colored props is beneficial.

Technical Specifications

Model	5131.0 Tri Blade Fury
Diameter	5 inch (129 mm)
Pitch	3.1 inch
Blade Count	3
Material	Polycarbonate
Rotation Direction	CW & CCW
Mounting Hole	5 mm
Center Thickness	6.7 mm
Weight (per prop)	4.2 g
Color	Mint Green
Package Contents	2 Pairs (2x CW, 2x CCW)

Frequently Asked Questions

What motor KV range are these 5131.0 Fury propellers best suited for?

The 5131.0 Fury props, with their 3.1-inch pitch, are optimized for medium to high KV motors typically in the 1700KV to 2600KV range on 4S and 5S batteries, and slightly lower KV (1300KV-1900KV) on 6S setups. They provide the aggressive thrust needed for racing and freestyle, but ensure your ESC and battery can handle the increased current draw compared to lower-pitch props.

Are these propellers pre-balanced from the factory?

Yes, Pro-Range Fury propellers undergo a factory balancing process to ensure smooth operation. However, for ultimate performance in high-end racing builds, it is always recommended to perform a final dynamic balance check and minor adjustment to account for motor and assembly tolerances, which can further reduce vibrations.

What is the advantage of the polycarbonate material over standard nylon?

Polycarbonate offers superior impact resistance and rigidity compared to standard nylon blends. This means the blades are less likely to deform or snap on impact, can handle higher RPM without flexing (improving throttle response), and generally provide a more consistent performance profile over their lifespan. The trade-off can be a slightly higher weight.