XRAY 305627 27T/48 Steel Pinion for XRAY T4 2017  [XR-305627]

XRAY 305627 Pinion Gear Steel 27T/48
Price:
£11.77
Brand:
XRAY
Model:
XR-305627
Condition:
Brand New
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alt="XRAY 305627 Pinion Gear Steel 27T/48" title="XRAY 305627 Pinion Gear Steel 27T/48"
alt="XRAY 305627 Pinion Gear Steel 27T/48" title="XRAY 305627 Pinion Gear Steel 27T/48"

Engineered Pinion for XRAY T4 Series

The XRAY 305627 Pinion Gear Steel 27T/48 is made for racers and tuners who value accuracy and strength in drivetrain parts. Specified for the XRAY T4 2017 platform, the steel pinion preserves tooth profile under repeated stress.

Precision Production and Chamfered Teeth

Cut on a specialist precision gear machine, this pinion delivers tight dimensional control and excellent concentricity. Chamfered teeth reduce mating shock and the component is pre-run to ensure predictable behaviour from installation.

Ideal for Ratio Adjustment and Racing Use

With its 27 tooth count and 48 pitch, the pinion is suitable for fine ratio adjustments to balance acceleration and top speed. The robust steel construction copes well with frequent track use and competitive demands.
Remark :
Due to limited stock availability, please notice that some XRAY items may have to order from the factory and the ready time is around 4-6 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.

How do I check gear mesh with this pinion?

Fit the pinion and spur, then use a strip of paper to set a light mesh before tightening the set screw. Rotate the drivetrain to confirm even contact across the tooth face.

Can this handle brushless power systems?

Yes, the steel 27T/48 pinion is suitable for common brushless setups when used within appropriate motor and battery limits; monitor temperatures and mesh under higher loads.

What signs indicate replacement is needed?

Look for rounded or chipped teeth, excessive backlash, or unusual noise. Replace the pinion if wear affects mesh or causes slippage to protect other drivetrain parts.

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