AXIAL WRAITH Aluminium Front/Rear Lower Thread Rod 4pcs set by GPM WR049F/R  [WR049F/R]

AXIAL Racing WRAITH Aluminium Front/Rear Lower Thread Rod - 4pcs set - GPM WR049F/R
Price:
USD$19.90
Brand:
GPM
Model:
WR049F/R
GTIN:
4894538060997
Condition:
Brand New
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Front/Rear lower thread rods for AXIAL WRAITH

This is an RC-scale replacement and upgrade set comprising front and rear lower thread rods for the AXIAL WRAITH platform, supplied as a 4pcs set. The rods have aluminium bodies with plastic end fittings, intended to support and link the lower suspension positions on the model chassis.

The parts serve a tuning role in the suspension system by allowing precise length adjustment of the lower link assembly, which helps refine chassis balance and articulation without altering other components. Their construction pairs a lightweight aluminium shaft with molded plastic ends to keep rotating mass low while maintaining connection to standard link points.

Installation is straightforward for users familiar with lower link replacements: remove the stock lower rods, transfer any threaded ends if applicable, and fit these rods into the front and rear lower link locations. Adjust rod length as required for alignment and secure per your model's standard procedures.

Specifications

  • Item: AXIAL Racing WRAITH Front/Rear Lower Thread Rod set - 4pcs
  • Material: Aluminium body with plastic end fittings
  • Model Number: WR049F/R
  • Compatibility: AXIAL Racing WRAITH

Use these rods when you need serviceable lower link adjustability or a lighter aluminium option for tuning the lower suspension geometry on AXIAL WRAITH scale models.

Four lower thread rods intended for front and rear lower link positions, supplied as a 4pcs set.
The rods use an aluminium shaft combined with plastic end fittings as described by the product details.
The product is specified for AXIAL Racing WRAITH in the item description, check that your model uses standard lower threaded link mounts.
Adjusting rod length lets you fine-tune lower link geometry, which can influence chassis balance and articulation during crawling or trail use.

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