Pro-Range 5152 Tri Blade Flash Propellers 2CW+2CCW 2 Pair - Transparent

Name: Pro-Range 5152 Tri Blade Flash Propellers 2CW+2CCW 2 Pair - Transparent
Brand: Pro-Range
SKU: DRFC-1465
Price: 239.00 INR
Availability: OutOfStock

₹239.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range 5152 Tri Blade Flash Propellers are 5.1×5.2-inch polycarbonate props designed for high-speed FPV racing drones, offering a balance of thrust and efficiency with a low moment of inertia for rapid throttle response.

Features

5.1×5.2-inch (12.95cm x 13.20cm) tri-blade design for high-speed racing performance.
Constructed from durable polycarbonate (PC) for impact resistance and consistent flex.
Inverse tip design reduces blade tip vortex for improved aerodynamic efficiency.
Lightweight 27g per propeller enables fast throttle response and smooth turning.
Standard 5mm shaft hole diameter compatible with most 5-inch FPV motor setups.

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Description

The Pro-Range 5152 Flash series propellers utilize a professional aerodynamic profile and high-precision molding to deliver strong, consistent thrust. The tri-blade configuration and 5.2-inch pitch are optimized for aggressive racing and freestyle maneuvers on 5-inch quadcopters, providing the grip and power needed for tight corners and rapid acceleration.

Made from polycarbonate, these props maintain structural integrity under high RPM loads while offering a degree of flexibility to absorb minor impacts. The inverse tip design and lightweight construction work in tandem to minimize parasitic drag and rotational inertia, resulting in a propeller that spools up and down quickly for precise control.

Key Features

High-Speed Racing Geometry: 5.1-inch diameter and 5.2-inch pitch tri-blade configuration optimized for maximum thrust and speed.
Aerodynamic Inverse Tip: Reduces blade tip vortex turbulence for smoother airflow and improved efficiency.
Low Moment of Inertia: Lightweight polycarbonate construction ensures rapid acceleration and deceleration for instant throttle response.
Durable Polycarbonate Material: Provides excellent strength-to-weight ratio and impact resistance for longer service life.
Precision Manufacturing: Ensures consistent balance and performance across all propellers in the set.

Applications

5-inch FPV Racing Drones: Ideal for high-speed track racing where rapid throttle response and strong thrust are critical.
5-inch Freestyle Quadcopters: Provides the grip and power needed for aggressive maneuvers, dives, and power loops.
High-Performance Long-Range Builds: Efficient enough for extended flight times when paired with suitable motors and battery packs.

Technical Specifications

Propeller Diameter	5.1 inch (12.95 cm)
Propeller Pitch	5.2 inch (13.20 cm)
Number of Blades	3 (Tri-Blade)
Material	Polycarbonate (PC)
Shaft Hole Diameter	5 mm
Rotation Direction	2x Clockwise (CW), 2x Counter-Clockwise (CCW)
Weight (per propeller)	27 g
Color	Transparent (Clear)
Pack Configuration	2 Pairs (4 total propellers)

Frequently Asked Questions

What size motors are these Pro-Range 5152 propellers designed for?

These 5.1-inch propellers are designed for standard 5-inch FPV drone builds, typically paired with 2207, 2306, or similar size brushless motors. The 5mm shaft hole is compatible with the vast majority of motor shafts in this class. Ensure your motor's KV rating and battery voltage (e.g., 4S-6S) are suitable for the high-pitch (5.2) load.

How does the inverse tip design benefit flight performance?

The inverse tip design reduces the formation of blade tip vortices, which are a source of aerodynamic drag and inefficiency. By minimizing this turbulence, the propeller operates more smoothly, translating motor power into thrust more effectively. This results in potentially higher top speeds, improved efficiency for longer flight times, and reduced high-frequency vibration.

Are these propellers balanced out of the package?

Pro-Range Flash series propellers are manufactured with high precision for consistent balance. While they are typically good to use straight from the pack, for optimal performance in high-RPM racing applications, it is always recommended to dynamically balance your propellers. This minimizes vibrations that can cause 'jello' in your FPV video and reduce the lifespan of your motors and flight controller.