Serpent 4X Track FWD Chassis Plate Carbon 2.25mm - Arrowmax AM-920031  [AM-920031]

Arrowmax AM-920031 AM Medius Serpent 4X FWD Chassis Carbon 2.25mm MM
Price:
AUD$107.86
Brand:
Arrowmax
Model:
AM-920031
Condition:
Brand New
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Product briefing

This FWD chassis plate is supplied by Arrowmax under model AM-920031 and is aimed at Serpent 4X and Project 4X based cars. The 2.25mm carbon plate is used to modify chassis stiffness for tuning front-end behaviour rather than to reengineer the kit.

How to use: intended as a direct replacement or upgrade for vehicles sharing the Serpent 4X mounting layout, the carbon plate provides a stiffer starting point than thinner stock alternatives. Changing to this plate will shift flex patterns, affecting turn-in feel, mid-corner balance and high-speed composure on paved RC tracks.

Installation tips: because the plate adheres to Serpent 4X mounting geometry it should fit without chassis revisions, but double-check motor mount, servo clearance and suspension pick-up alignment before final tightening. Ensure correct fastener torque and that threads engage fully to prevent binding or misalignment in moving components.

Specifications

  • Item: FWD chassis plate
  • Material: Carbon
  • Model Number: AM-920031
  • Compatibility: Serpent 4X, Project 4X Series

For those tuning front-drive Serpent 4X kits, the Arrowmax AM-920031 carbon plate delivers a predictable stiffness uplift to support setup changes and on-road handling refinement.

The plate itself is thin and light, so centre of gravity changes are minimal; the main effect is increased torsional stiffness which alters weight transfer and handling, not substantial mass redistribution.
A stiffer front chassis can reduce unwanted compliance and make turn-in more immediate, which may help control sudden oversteer tendencies, but you should also tune suspension and toe settings.
Standard hardware used by Serpent 4X is normally suitable; just ensure screws are not over-torqued and inspect threads to avoid stripping, especially in high-stress mounting points.
Periodically inspect after hard runs or impacts, checking for cracks, wear around mount holes and any signs of delamination; address issues early to keep handling consistent.

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