HPI Savage Compatible Alloy Adjustable Lower Arms SAV1055 by GPM  [SAV1055]

HPI Savage /Savage XL /Savage Fluorescent x /Savage K4.6 Engine Alloy Front/Rear Adjustable Lower Arm With Screws & Pins & Delrin Collars & E-clips - 1pr set (Sav) - GPM SAV1055
Price:
AUD$58.33
Brand:
GPM
Model:
SAV1055
GTIN:
4894538141863
Condition:
Brand New
Available in shop
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Aftermarket alloy lower arms for Savage models

This front and rear alloy adjustable lower arm set is an aftermarket replacement made for HPI Savage chassis. Delivered as a paired set, the arms match the factory hole layout for the Savage variants listed and are intended for pilots who prefer metal links over the original plastic arms.

The kit includes the alloy arms and the fastening kit referenced in the product title: screws, pins, Delrin collars and E-clips are supplied to secure the arms at common front and rear mountings. Multiple mounting positions let you alter link geometry to fine tune roll center and toe characteristics.

Fitment is aimed at experienced modders: remove the stock arms, fit the new alloy parts using the included hardware or transfer serviceable stock pins, then move the suspension through its travel to check for rubbing or misalignment. These alloy arms are intended for scale RC use where more rigid link points are required.

Specifications

  • Item: Front/Rear Adjustable Lower Arm, 1 pr set
  • Material: Alloy
  • Model Number: GPM SAV1055
  • Compatibility: HPI Savage /Savage XL /Savage Fluorescent x /Savage K4.6 Engine

A robust replacement set offering firmer suspension mounting and simple geometry adjustments; always confirm the fit on your specific Savage chassis prior to full installation.

Often you can reuse straight, undamaged stock pins, but the kit supplies replacement pins and collars to ensure correct spacing and secure mounting if needed.
No additional parts are required to use the selectable mounting holes; move the arm to the desired hole location and secure with the provided hardware to change geometry.
Basic tools such as pliers, hex drivers and a torque-aware driver are sufficient; make sure fasteners are snug but not over-torqued to avoid binding the pivots.

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