HUDY 294127 Lightweight Hard-Coated 27T Pinion Gear  [HSP-294127]

HUDY 294127 - Aluminium ULTRA-LIGHT Pinion Gear - Hard Coated - 27T / 64
Price:
CAD$30.14
Brand:
HUDY
Model:
HSP-294127
Condition:
Brand New
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Race-Ready 27T HUDY Aluminium Pinion

RC racers wanting sharper drivetrain response will find the HUDY 294127 Aluminium ULTRA-LIGHT Pinion Gear a practical upgrade. Machined from premium 7075 T6 aluminium, it balances structural strength with reduced mass. The hard-coated finish improves surface durability and helps resist wear during demanding track sessions.

Precision Machining to Cut Rotating Weight

This 27T pinion is carefully machined to lower rotating weight, helping acceleration and drivetrain efficiency while still providing the strength needed for high-speed use. It is a focused choice for hobbyists tuning their setup for quicker spool up.

Versatile Fit for Club and Track Use

Made for RC car applications, the pinion fits a wide range of setups and slots into both competitive and practice environments. Its combination of lightness and toughness makes it useful for racers who want consistent drivetrain behaviour.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Will this pinion fit my 1/10 scale car?

The HUDY 294127 is designed to suit many 1/10 scale cars, but you should verify shaft diameter and gear pitch before fitting to ensure compatibility.

How does the hard coating affect long term use?

The hard coating helps reduce surface wear and abrasion, extending the usable life under aggressive running conditions compared with uncoated aluminium.

Any setup tips when installing the pinion?

Check and set the correct gear mesh, tighten the mounting securely, and recheck after the first couple of runs to confirm the set screw and alignment remain stable.

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