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

Arrowmax AM-920031 AM Medius Serpent 4X FWD Chassis Carbon 2.25mm MM
Price:
CAD$104.09
Brand:
Arrowmax
Model:
AM-920031
Condition:
Brand New
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Chassis summary

This carbon front wheel drive chassis plate is produced by Arrowmax as AM-920031 and is intended for Serpent 4X platforms and Project 4X variants. The plate has a nominal thickness of 2.25mm and is intended to modify chassis flex and handling rather than change the vehicle architecture.

Setup use: the component is offered as a replacement or tuning hop-up for cars sharing the Serpent 4X mounting pattern, providing a firmer baseline compared with thinner stock plates. Swapping to this carbon plate will alter flex characteristics and influence turn-in, mid-corner balance, and stability at speed on on-road surfaces.

Fitting notes: the plate matches Serpent 4X mounting geometry so it is designed to install in place of the original chassis plate without redesign; still confirm motor mount, servo and suspension pickup alignment before final assembly. Check fastener torque and thread engagement during installation to avoid binding in drivetrain or steering linkages.

Specifications

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

For racers aiming to refine front-end behaviour on Serpent 4X based kits, the Arrowmax AM-920031 carbon chassis plate raises chassis stiffness in a predictable way to help dial in on-road FWD handling.

The plate follows Serpent 4X mounting geometry so it is intended for direct replacement, but always test-fit to confirm clearance for the motor, servo and electronics before tightening final fasteners.
A thicker carbon plate increases chassis stiffness, which typically sharpens initial turn-in, improves high-speed stability and can reduce compliance over small bumps; you may need to tweak steering and suspension to regain balance.
Inspect the carbon for hairline cracks after impacts, keep mating surfaces clean and maintain consistent fastener torque to prevent movement or wear between the plate and hardware.
Yes, expect to re-evaluate suspension geometry and steering trim since added stiffness affects weight transfer and steering feel; small incremental adjustments usually restore balance.

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