Pro-Range 5128.0 Tri-Blade Fury Propellers 2CW+2CCW 2 Pair - Clear Gray

Name: Pro-Range 5128.0 Tri-Blade Fury Propellers 2CW+2CCW 2 Pair - Clear Gray
Brand: Pro-Range
SKU: DRFC-1395
Price: 219.00 INR
Availability: OutOfStock

₹219.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 5128.0 Tri-Blade Fury Propellers are 5-inch polycarbonate props designed for high-thrust, stable flight in FPV racing and freestyle applications. This 2-pair set includes two clockwise (CW) and two counterclockwise (CCW) propellers for a complete quadcopter setup.

Features

5-inch diameter with 2.8-inch pitch for aggressive thrust and responsive handling.
Tri-blade design balances high static thrust with efficient high-speed performance.
Constructed from durable, impact-resistant polycarbonate material.
5mm center bore with standard M5 mounting nut compatibility.
Clear Gray finish provides a sleek, semi-transparent aesthetic.

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Description

The Pro-Range 5128.0 Fury propellers utilize a tri-blade aerodynamic profile to generate significant static thrust and dynamic responsiveness, ideal for tight cornering and rapid acceleration in 5-inch FPV drone builds. The 2.8-inch pitch optimizes the load for common 2207-2306 size brushless motors on 4S to 6S LiPo systems.

Manufactured from high-grade polycarbonate, these props offer a favorable balance between rigidity and flex, helping to absorb minor impacts and reduce motor strain. The 5mm reinforced center hub and 6.1mm center thickness ensure secure mounting and reliable power transfer during high-RPM operation.

Key Features

High-Thrust Tri-Blade Profile: Engineered for maximum static thrust and agile flight characteristics suitable for racing and acrobatic freestyle.
Durable Polycarbonate Construction: Provides excellent impact resistance and fatigue life compared to standard nylon blends.
Precision-Balanced Design: Minimizes vibration for smoother video footage and reduced motor bearing wear.
Optimized Weight: At 4.3g per propeller, the design offers an optimized performance-to-weight ratio for dynamic flight.
Standard 5mm Hub: Features a universal 5mm inner diameter compatible with standard M5 propeller nuts and motor shafts.
Aerodynamic Blade Geometry: The blade shape and 14.9mm max width are tuned for efficient airflow and reduced drag at high angles of attack.

Applications

5-inch FPV Racing Drones requiring high thrust for quick launches and tight gate maneuvers.
5-inch Freestyle Quadcopters where aggressive pitch control and durable props are essential for tricks.
High-performance 5-inch Long-Range builds that benefit from the efficient tri-blade cruise performance.
DIY multirotor platforms using 2207, 2306, or similar sized brushless motors on 4S-6S LiPo batteries.

Technical Specifications

Propeller Diameter	5 inch (129.7 mm)
Propeller Pitch	2.8 inch
Blade Count	3 (Tri-Blade)
Rotation Direction	2x Clockwise (CW), 2x Counter-Clockwise (CCW)
Material	Polycarbonate
Center Hole Diameter	5 mm
Center Thickness	6.1 mm
Max Propeller Width	14.9 mm
Weight (per prop)	4.3 g
Color	Clear Gray
Package Configuration	2 Pairs (4 Propellers Total)

Frequently Asked Questions

What size motors are these 5128.0 propellers designed for?

The Pro-Range 5128.0 propellers are optimally paired with 2207, 2306, or similar stator size brushless motors commonly used on 5-inch FPV quads. Their 2.8-inch pitch provides a balanced load for these motors on 4S to 6S LiPo battery systems, delivering strong thrust without excessive current draw.

Are these propellers balanced out of the package?

While Pro-Range propellers are manufactured to tight tolerances, it is always recommended to dynamically balance propellers for competitive racing or cinematic applications. Minor imbalances can be corrected with tape or light sanding for optimal motor performance and vibration-free video footage.

What is the benefit of the tri-blade design compared to a bi-blade?

The tri-blade configuration of the 5128.0 propellers offers higher static thrust and better low-speed control, which is advantageous for rapid acceleration and tight cornering in racing. Compared to a bi-blade, it provides more grip in the air at the cost of a slight increase in current draw and aerodynamic drag at top speeds.