Pro-Range Hurricane 2520 PC 3-Blade Propellers 4CW+4CCW - Whisky

Name: Pro-Range Hurricane 2520 PC 3-Blade Propellers 4CW+4CCW - Whisky
Brand: Pro-Range
SKU: DRFC-1298
Price: 229.00 INR
Availability: OutOfStock

₹229.00 (Inclusive of all taxes)

Out of Stock

The Pro-Range Hurricane 2520 is a set of 64mm polycarbonate triblade propellers designed for micro and small FPV drones. Featuring a 1.5mm center hole and a 2-inch pitch, they are optimized for high-KV 1106 to 1404 brushless motors to deliver a balance of thrust and efficiency for responsive flight performance.

Features

64mm (2.5-inch) diameter triblade propeller with a 2-inch pitch for aggressive thrust.
Constructed from durable, lightweight polycarbonate (PC) for a high strength-to-weight ratio.
1.5mm center hole designed for direct mounting on common micro-drone motor shafts.
Optimized for 1106 to 1404 size high-KV brushless motors on 2S-3S LiPo systems.
Includes a complete 8-pack (4 CW + 4 CCW) for a full quadcopter set in Whisky color.

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Description

The Pro-Range Hurricane 2520 propellers are engineered for pilots seeking a durable and performance-oriented blade for micro FPV racing and freestyle drones. The 64mm diameter and 2-inch pitch create an efficient aerodynamic profile that generates substantial thrust while maintaining manageable current draw on compatible 1106-1404 motors, ideal for 2S to 3S power systems.

Manufactured from injection-molded polycarbonate, these blades offer exceptional impact resistance and rigidity, minimizing flex during high-G maneuvers for precise control. The Whisky-colored translucent finish provides a distinctive aesthetic while the balanced design from the factory ensures smooth, vibration-free operation, protecting flight controller gyros and enhancing video feed clarity.

Key Features

High-performance triblade design delivers a potent mix of thrust and top-end speed.
Polycarbonate construction provides superior durability against crashes and blade strikes.
Precision-molded for excellent out-of-the-box balance, reducing the need for manual tuning.
Optimized pitch and blade area for efficient power conversion from high-KV micro motors.
Distinctive Whisky translucent color offers both style and quick visual identification.
1.5mm bore ensures a secure, direct fit on a wide range of micro motor shafts.

Applications

2.5-inch to 3-inch micro FPV racing and freestyle drone builds.
High-performance Tiny Whoop and micro cinewhoop platforms using 1106-1404 motors.
Lightweight micro long-range or cruising drones requiring efficient thrust.
Small-scale drone prototypes and educational platforms with 1.5mm motor shafts.

Technical Specifications

Model Series	Hurricane-2520
Material	Polycarbonate (PC)
Color	Whisky
Blade Count	3 (Triblade)
Propeller Diameter	64mm (2.5")
Pitch	2 inches
Center Hole Diameter	1.5mm
Compatible Motor Size	1106 to 1404
Package Configuration	4 CW + 4 CCW (8 total)

Frequently Asked Questions

What size motors are these Pro-Range 2520 propellers compatible with?

These 2520 propellers are designed for micro brushless motors in the 1106 to 1404 size range, typically with high KV ratings for 2S or 3S LiPo batteries. The 1.5mm center hole fits the standard shaft diameter for these motor sizes.

What is the diameter and pitch of the Hurricane 2520 propeller?

The Hurricane 2520 has a propeller disk diameter of 64mm (approximately 2.5 inches) and a pitch of 2 inches. This combination is geared towards generating strong, responsive thrust for agile micro drone flight.

Are these propellers balanced out of the package?

Yes, Pro-Range propellers are precision-molded for good initial balance, which helps minimize vibrations. For competitive racing or the smoothest possible video feed, fine-tuning with a propeller balancer is always recommended.

Can I use these on a 4S-powered micro drone?

While the polycarbonate material is durable, these props are optimized for the RPM and torque characteristics of 1106-1404 motors on 2S-3S systems. Using them on aggressive 4S setups may over-stress the blades and motors, potentially reducing lifespan.