HQProp T63MMX8 Poly Carbonate Propeller (2CW+2CCW) - Light Grey

Name: HQProp T63MMX8 Poly Carbonate Propeller (2CW+2CCW) - Light Grey
Brand: HQProp
SKU: DRFC-1364
Price: 219.00 INR
Availability: OutOfStock

₹219.00 (Inclusive of all taxes)

Out of Stock

The HQProp T63MMX8 is a 63mm (2.48-inch) 8-blade propeller crafted from durable polycarbonate, designed for high-thrust, stable flight on micro and small FPV drones. Its 1.5-inch pitch and 2CW+2CCW pack configuration provide balanced thrust for 2-3 inch freestyle and CineWhoop builds.

Features

63mm (2.48-inch) diameter with 1.5-inch pitch for high thrust and stable flight characteristics.
Constructed from durable, impact-resistant polycarbonate material.
8-blade design provides smooth, high-torque power delivery and reduced prop wash.
Includes 2 clockwise (CW) and 2 counter-clockwise (CCW) propellers in a standard 4-pack.
Features a 10.6mm hub diameter compatible with standard 1.5mm and 1.9mm motor shafts.

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Description

The HQProp T63MMX8 propeller is engineered for micro and small-scale FPV drones requiring high thrust and precise control. Its 8-blade polycarbonate construction delivers a dense, smooth airflow, ideal for reducing turbulence and prop wash in aggressive freestyle maneuvers and cinematic flying. The 1.5-inch pitch is optimized for a balance of low-end torque and efficient mid-range speed.

With a 63mm diameter, this propeller is suited for 2 to 3-inch drone frames, particularly CineWhoops and micro freestyle quads where stability and punch-out power are critical. The lightweight 2.1-gram design per propeller minimizes rotational mass, allowing for quicker motor response and improved flight times on 2S-4S LiPo battery systems.

Key Features

High-Thrust 8-Blade Design: Generates dense, smooth airflow for maximum thrust and stable hover performance.
Durable Polycarbonate Construction: Offers high impact resistance and consistent flex characteristics for reliable, crash-worthy performance.
Optimized 1.5-Inch Pitch: Balances aggressive low-end torque with efficient mid-range speed for versatile flight profiles.
Precision-Molded Hub: Features a 10.6mm diameter hub with 4.6mm thickness for secure, vibration-free mounting on micro motors.
Light Grey Polycarbonate Finish: Provides a neutral, professional aesthetic with minimal light reflection for clean FPV video.

Applications

High-Thrust 2-inch and 3-inch Micro FPV Freestyle Drones requiring aggressive punch-outs and stable control.
CineWhoop and Tiny Whoop Builds where smooth, prop-wash-free footage and ducted flight are essential.
Micro Long-Range and Cruiser Drones that benefit from the efficient, stable thrust of an 8-blade design.
Lightweight 3-inch Racing Drones where a balance of acceleration and top-end speed is needed.

Technical Specifications

Propeller Diameter	63 mm (2.48 inch)
Pitch	1.5 inch
Number of Blades	8
Material	Polycarbonate
Rotation Direction	CW & CCW
Pack Configuration	2CW + 2CCW
Hub Diameter	10.6 mm
Hub Thickness	4.6 mm
Compatible Shaft Sizes	1.5 mm, 1.9 mm
Weight (per propeller)	2.1 g
Color	Light Grey

Frequently Asked Questions

What size drone frame is the HQProp T63MMX8 propeller designed for?

The HQProp T63MMX8 is a 63mm (2.48-inch) propeller, making it ideally suited for 2-inch and 3-inch micro and small FPV drone frames. Its high-thrust 8-blade design provides excellent stability and control for aggressive freestyle and smooth cinematic flying on these compact platforms.

What motor shaft sizes are compatible with these propellers?

These propellers feature a hub designed for 1.5mm and 1.9mm motor shafts, which are the standard sizes for most micro and small brushless motors used in 2-3 inch drone builds. The 10.6mm hub diameter ensures a secure, concentric fit to minimize vibrations.

How does the 8-blade design affect flight performance compared to a 3 or 4-blade prop?

The 8-blade design generates a denser, smoother column of air, resulting in higher static thrust and significantly reduced prop wash turbulence. This translates to more stable hover, smoother video footage, and better control in tight maneuvers, albeit with a slight trade-off in top-end speed and efficiency compared to lower blade-count props.