TRAXXAS Rustler VXL Upper Arm Alloy Ball Ends 1/10 RUS054/ABE by GPM  [RUS054/ABE]

TRAXXAS 1/10 Rustler VXL Alloy Ball Ends For Front/Rear Upper Arms - 4pcs set - GPM RUS054/ABE
Price:
NZD$27.25
Brand:
GPM
Model:
RUS054/ABE
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Precision alloy ball ends for Rustler VXL

This set of four aluminium ball ends is produced for the front and rear upper arm connections on a 1/10 TRAXXAS Rustler VXL. They act as direct replacements for worn plastic ball ends to restore a firmer link interface.

On track or trail the alloy ends reduce play where the upper arm mounts, helping the suspension keep alignment under load and allowing setup changes to be more consistent across runs. These are intended as aftermarket scale chassis parts.

Installation follows normal upper arm disassembly on the Rustler VXL; check fit with your ball studs and reuse compatible fasteners. Ensure correct thread engagement and torque to match chassis guidance when refitting components.

Specifications

  • Item: Alloy Ball Ends for Front/Rear Upper Arms - 4 pcs
  • Material: Aluminum alloy
  • Model Number: RUS054/ABE
  • Compatibility: TRAXXAS Rustler VXL

A straightforward upgrade for firmer upper arm link connections on the Rustler VXL, ideal for replacing worn parts or tuning for more predictable handling.

Do these fit the 1/10 Rustler VXL without modification?

They are designed for the Rustler VXL upper arms, but it is recommended to verify the seating on your existing ball studs before completing the install.

What benefit do aluminium ball ends give over plastic?

Aluminium provides a firmer contact surface that reduces flex and wear, which can help reduce unwanted movement in the linkage points.

Is special tooling required to fit them?

No special tools are required beyond standard hand tools used for upper arm removal; just check threads and torque per the vehicle manual.

Will they affect steering or ride height?

They do not change geometry directly but by reducing play they can make steering response and suspension behaviour more predictable, which can affect perceived handling.

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