XRAY 355115 - 13T Bevel Gear for GTX Series Precision Bevel  [XR-355115]

XRAY 355115 - Bevel Drive Gear 13t
Price:
£35.77
Brand:
XRAY
Model:
XR-355115
Condition:
Brand New
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Refine acceleration with the XRAY 355115 bevel gear

The XRAY 355115 bevel drive gear is a high-precision 13-tooth part made to enhance the performance characteristics of GTX models. Its 3.54 gear ratio is set to favour stronger acceleration and more immediate response from the drivetrain, suitable for track sessions or club racing.

Durable precision for dependable runs

Manufactured with strict machining standards, this XRAY 13T bevel provides accurate tooth form and reliable durability. The gear is built to maintain consistent performance across different running conditions and is an appropriate upgrade for owners of GTX8.3 cars seeking improved acceleration feel.

Simple compatibility with GTX platforms

Intended for GTX and GTXE series assemblies, the bevel gear fits correctly within standard gearbox configurations. The 13-tooth choice balances acceleration gains with overall drivetrain harmony, making the swap a practical tuning option.
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.

Is the XRAY 355115 suitable for GTX8.3 gearboxes?

Yes, it is designed with the GTX8.3 geometry in mind and will fit GTX and GTXE gearboxes that use the common bevel layout. Double-check mesh when installing.

Will this gear affect maintenance frequency?

Regular checks remain important; good lubrication and periodic inspection for wear will keep the bevel operating smoothly without increasing maintenance burden significantly.

What drivers notice after fitting a 13T bevel with 3.54 ratio?

Most drivers report quicker initial acceleration and a snappier throttle response, which can improve lap times when matched with appropriate spur and pinion choices.

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