Axial AX10 Deadbolt Aluminum Chassis Linkage - AX10-24005-OR by Jazrider  [AX10-24005-OR]

Axial Racing AX10 Deadbolt Aluminum Chassis Linkage
Price:
CAD$25.91
Brand:
JAZRIDER
Model:
AX10-24005-OR
Condition:
Brand New
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Precision Link for AX10 Deadbolt

The Axial AX10 Deadbolt Aluminum Chassis Linkage from Jazrider is an RC-scale replacement link made for the AX10 Deadbolt platform. Machined aluminum reduces flex under load to keep chassis geometry consistent during slow-speed crawling and technical trail driving.

This component replaces a molded factory link where a firmer, repeatable mounting point is preferred. Use it to fine tune ride height, roll center and lateral alignment in combination with your existing suspension, steering and body mounting setup. The part is finished in orange for quick visual identification during maintenance.

Installation notes: the linkage installs in the same locations as the stock part on AX10 Deadbolt frames and accepts the same ball studs and mounting points. Verify thread engagement, use thread locking on metal-to-metal joints as needed, and recheck alignment after initial runs to confirm the chassis behavior you want.

Specifications

  • Item: Chassis linkage
  • Material: Aluminum
  • Model Number: AX10-24005-OR
  • Compatibility: Axial AX10 Deadbolt

Fit this aluminum linkage to reduce chassis tolerance and deliver a more predictable base for tuning suspension and steering on AX10 Deadbolt builds.

The part was produced for the AX10 Deadbolt; some AX10 variants share mounting geometry but always confirm ball stud positions and hole spacing before fitting to other models.
Inclusion of hardware is not specified here. Plan to reuse the original ball studs and fasteners or source compatible hardware separately if needed.
Yes, the link is designed to accept the same ball-stud mounting points as the original; check thread size and engagement and apply thread locker where metal-to-metal contact occurs.
The aluminum link makes chassis geometry firmer and more repeatable, which can improve predictability for crawling and trail tactics rather than radically altering behavior.

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