Axial AX10 Deadbolt Aluminum Steering Link - AX10-24002-OR by Jazrider  [AX10-24002-OR]

Axial Racing AX10 Deadbolt Aluminum Steering Linkage
Price:
CAD$11.34
Brand:
JAZRIDER
Model:
AX10-24002-OR
Condition:
Brand New
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Aluminum steering link crafted for the AX10 Deadbolt

This RC-scale aluminum steering linkage is made for the Axial AX10 Deadbolt chassis and comes in an orange finish. It replaces the stock plastic tie rod to provide a direct metal connection between the steering knuckles and the servo horn, intended for scale steering maintenance and fine tuning.

Compatibility is limited to the Axial AX10 Deadbolt platform as indicated; no compatibility with other models is claimed. The component is intended as a drop-in steering linkage replacement for hobbyists maintaining or refining AX10 Deadbolt rigs.

Installation notes: check thread engagement and end-link seating when fitting this aluminum linkage to existing steering components. Confirm ball ends or rod ends seat fully into the steering knuckles and set tie-rod lengths for neutral toe and steering centring. Avoid over-tightening fasteners to prevent stripping threads in plastic knuckles.

Tuning role: fit this linkage to stabilise steering geometry during trials or scale crawling, and to preserve consistent servo feedback when adjusting servo endpoints or steering throw. The rigid aluminum construction reduces flex compared with stock plastic links, improving repeatable steering response during setup changes.

Maintenance: inspect ball joints and rod ends for wear and check the orange finish for surface damage after impacts. Replace the link if ball sockets show excessive play to maintain steering accuracy.

This part is specified for the Axial AX10 Deadbolt only and is not claimed to fit other models.
The orange coating is cosmetic and does not alter mechanical fit. Inspect the finish after installation for any chips that could indicate impact damage.
Set the wheels straight, adjust tie-rod lengths until both sides show equal thread engagement, then verify servo endpoints and centring.

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