25T Hardened CNC Machined Gear XRAY 324225-P for Rear Motor 5/3 Gearboxes  [XR-324225-P]

XRAY 324225-P - Ultra Durable Gear 25T Machined
Price:
£16.29
Brand:
XRAY
Model:
XR-324225-P
Condition:
Brand New
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alt="XRAY 324225-P - Ultra Durable Gear 25T Machined" title="XRAY 324225-P - Ultra Durable Gear 25T Machined"

25T Hardened CNC Machined Gear

The XRAY 324225-P 25T machined gear suits rear motor layouts that employ either a 5-gearbox or a 3-gearbox configuration. Produced via CNC machining from a high-resistant material, the gear is intended to resist repeated loading and maintain consistent tooth form.

Use-wise, the gear restores accurate spur engagement when replacing worn parts and provides a steady wear characteristic that benefits setup repeatability. CNC production minimizes dimensional scatter so replacement parts match closely.

Fitment advice: install the gear to the appropriate spur carrier or gearbox output for your chassis, check spur-to-pinion mesh with the wheels in place, and ensure bearings and axles are aligned. Regular checks will reduce the chance of premature wear.

Specifications

  • Item: Ultra Durable Gear 25T Machined
  • Material: Ultra durable high-resistant material, CNC machined
  • Model Number: 324225-P
  • Compatibility: Designed for use in both the 5-gearbox and the 3-gearbox rear motor configurations

Recommended when renewing spur engagement or replacing fatigued components on rear motor XB2-style setups to keep drivetrain behavior predictable under race conditions.

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.
Confirm your chassis layout (5-gearbox or 3-gearbox rear motor) and fit the gear to the correct carrier or gearbox output, then check mesh with the wheels mounted.
Inspection intervals depend on usage, but regular checks for tooth wear and mesh accuracy after heavy running will indicate when replacement is needed.
Yes. The CNC machining process reduces part-to-part variation, which helps maintain consistent mesh settings when swapping gears between cars.
A dimensionally stable, durable gear can make tuning outcomes more predictable by reducing unexpected mesh shifts, so it supports longer-term tuning consistency.

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