XRAY 302340 Aluminum Front C-Hub Block Left 6° Caster Orange - Track Ready  [XR-302340]

XRAY 302340 Aluminum C-Hub Front Block Left - Caster 6 - Orange
Price:
£56.14
Brand:
XRAY
Model:
XR-302340
Condition:
Brand New
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Accurate steering with the XRAY 302340 front C-Hub

For those seeking improved handling and precision in their RC cars, the XRAY 302340 Aluminum C-Hub Front Block Left is an excellent choice. Designed specifically for T2 and T3 models, this component offers a pre-set caster angle of 6 degrees, ensuring optimal steering performance.

Precision duraluminum workmanship

Made from CNC-machined duraluminum, this C-Hub combines durability and low weight. The engraved "L6" identifier helps avoid installation errors, and it is intended to be used with the matching right-side 6-degree aluminum C-Hub (model #302339) for even steering geometry.

Compatibility and fitting guidance

The kit includes two nylon bushings for an easy install. While purpose-built for XRAY T2 and T3 cars, its robust layout may suit other compatible front block designs, offering crisper steering response and improved control on race days.
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.

Will this C-Hub alter steering geometry significantly?

The part sets a fixed 6 degree caster on the left; used with the matching right-side piece it preserves intended geometry while offering the benefits of a stiff aluminium mount.

How should I check alignment after fitting?

After fitting, confirm caster visually and check steering freeplay. Roll the car and check toe and camber at rest, then make small adjustments on the track as needed.

Is anodising necessary for performance?

Anodising mainly protects the part and gives a tidy finish; performance gains come from the material and accurate machining rather than the finish itself.

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