XRAY 324225-P 25T CNC Machined Spur Gear - Compatible with Rear Motor 5/3 Gearboxes  [XR-324225-P]

XRAY 324225-P - Ultra Durable Gear 25T Machined
Price:
NZD$37.39
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"

25-Tooth High-Strength Machined Spur Gear

The XRAY 324225-P 25-tooth machined gear is engineered for rear motor vehicles that run either a 5-gearbox or a 3-gearbox layout. Made by CNC machining from a high-resistant material, the gear is built to handle frequent load cycles encountered during demanding driving.

Practically, this gear replaces worn spur components to recover precise tooth engagement and provides a predictable wear pattern useful for tuning longevity. CNC production ensures consistent dimensions so each replacement behaves similarly.

Fitting notes: install the gear on the spur carrier or gearbox output depending on your chassis, confirm spur-to-pinion clearance with the wheels fitted, and ensure bearings and axles are aligned. Routine checks will prolong service life.

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

Choose this gear when restoring accurate spur mesh or when replacing worn parts on rear motor XB2-style cars to keep drivetrain response consistent under load.

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.
Yes. The model 324225-P is specified for both the 5-gearbox and the 3-gearbox rear motor configurations as listed in the specifications.
The high-resistant material increases endurance against repeated stress and, when combined with CNC precision, helps maintain accurate tooth profiles under demanding use.
After installation, verify mesh with the assembly on its wheels, ensure smooth rotation without binding, and inspect bearing alignment to prevent premature wear.
Yes. The consistent dimensions from CNC machining reduce variation between parts, making mesh settings and tuning outcomes more repeatable.

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