XRAY 342214 Composite Steering Block Right - Track Precision  [XR-342214]

XRAY 342214 Composite Steering Block for Aero Disc - Right
Price:
CAD$20.09
Brand:
XRAY
Model:
XR-342214
Condition:
Brand New
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Precision steering control with XRAY 342214

The XRAY 342214 Composite Steering Block for Aero Disc - Right upgrades the steering feel on 1/10 scale RC cars by providing a snug, repeatable mount for graphite aero discs. Made from a tuned composite, this part balances visual appeal with function, reducing slop and keeping the front end stable during fast direction changes.

Built tough yet light

This steering block uses a reinforced composite blend to keep mass down while improving strength under load. That lightweight toughness suits racers who need reliable parts without adding unnecessary weight. The casting includes a clear "R" marking to help you install the right-hand piece quickly and correctly.

Accurate fit for sharper handling

Precision molding ensures bearings seat cleanly in the housing, translating to crisper steering response and more consistent handling. Hobbyists tuning their setups will find this block useful for dialing in Ackermann and front-end feel for competitive driving.

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.
This steering block is compatible with many 1/10 scale platforms that use aero disc-style hubs. Check your car's steering knuckle dimensions and mounting points to confirm fit before purchasing.
The composite blend reduces weight while offering improved impact resistance compared with basic plastics, which helps maintain steering precision under race conditions.
Look for the molded "R" on the part to identify the right side. Fit bearings and check free play before final assembly, and use proper hardware torque to avoid overloading the composite.

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