Axial Yeti Aluminum Front Low Arm by JAZRIDER YT-25002-GU  [YT-25002-GU]

Axial Racing Yeti Aluminum Front Low Arm (Gunmetal)
Price:
USD$15.10
Brand:
JAZRIDER
Model:
YT-25002-GU
Condition:
Brand New
Available in shop
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Aluminum front low arm for Axial Yeti

This is an RC-scale replacement front low arm made for the Axial Yeti chassis, supplied under the JAZRIDER model YT-25002-GU name and finished in gunmetal. The part is presented as an aluminium component intended for the front suspension area of the Yeti platform, and it is suitable where a metal arm is preferred over standard plastic pieces.

The piece functions as a direct front lower control arm in the suspension layout, providing a rigid mounting point for the hub carrier and steering linkages. In practical terms it affects suspension geometry and tuning options, so expect feedback on handling when used in setup changes or repairs.

Installation considerations: confirm fitment against your specific Yeti variant and retain original mounting hardware unless the listing states otherwise. Check alignment and clearances after fitting to ensure proper operation with your existing hubs, driveshafts, and shock mounting points.

Specifications

  • Item: Axial Racing Yeti Aluminum Front Low Arm (Gunmetal)
  • Material: Aluminum
  • Model Number: YT-25002-GU
  • Compatibility: Axial Racing Yeti

For hobbyists upgrading or repairing an Axial Yeti, this JAZRIDER aluminum front low arm provides a metal option for the front suspension that helps when pursuing consistent tuning and part longevity.

The product name specifies Axial Yeti compatibility; verify your chassis variant against the seller listing to confirm fit before purchase.
The listing identifies the component as aluminum with a gunmetal finish; check the item description for confirmation on finish and machining.
Many users replace the low arm using existing mounting hardware, but verify with the seller whether additional screws or spacers are required for your setup.
A metal front low arm can change flex characteristics and consistency under load, affecting suspension feel and alignment; test changes incrementally when tuning.

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