SRX8 GTE Carbon Chassis Plate for Cobra SRX8 GTE - SER601392 Serpent  [SER601392]

Serpent SER601392 Chassis carbon SRX8GTE R
Price:
NZD$203.44
Brand:
Serpent
Model:
SER601392
Condition:
Brand New
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Overview of the chassis plate

The Serpent SER601392 carbon chassis plate is produced as a replacement specifically for the Cobra SRX8 GTE series. It is intended as a direct-fit spare for the Cobra SRX8 GTE EP kit and acts as the structural backbone connecting suspension, drivetrain, and electronics in 1/8 scale GT electric models.

Built from carbon fiber, the plate emphasises torsional rigidity and consistent flex response common to carbon layups. It is suitable when the original chassis is damaged or when experimenting with a different stiffness profile during setup changes.

Fitment is straightforward for experienced builders: the plate replaces the stock chassis and uses the kit’s original hardware and spacer pattern. Follow the Cobra SRX8 GTE EP kit manual for torque specs and assembly order to preserve correct drivetrain alignment and component clearances.

Specifications

  • Item: Chassis plate
  • Material: Carbon fiber
  • Model Number: SER601392
  • Compatibility: Cobra SRX8 GTE EP (SER600058)

As a direct replacement, this Serpent carbon plate is aimed at hobbyists who want a factory-fit spare or who are altering chassis stiffness during setup; always check alignment and fit before running.

Yes. Swapping to the SER601392 can alter torsional stiffness and therefore influence traction distribution and steering feel as part of a controlled tuning plan.
Expect increased rigidity and crisper response; the carbon layup produces more predictable flex but may change mid-corner behaviour versus the original material.
No trimming is planned for this direct-fit plate. Use the kit hardware and check for any interference before final assembly.
A stiffer chassis can make the suspension feel firmer; you may prefer softer spring rates or adjusted damping to compensate depending on track conditions.
Electronics mounting points are unchanged; confirm ESC and motor clearances and ensure cabling is routed to avoid contact with the new chassis surface.
Record baseline settings before swapping, then make incremental changes to springs or toe to understand how the new stiffness affects handling.

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