Cobra SRX8 GTE Carbon Replacement Chassis Plate - SER601392 by Serpent  [SER601392]

Serpent SER601392 Chassis carbon SRX8GTE R
Price:
CAD$164.70
Brand:
Serpent
Model:
SER601392
Condition:
Brand New
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Carbon chassis summary

This Serpent SER601392 carbon chassis plate is a scale replacement engineered for the Cobra SRX8 GTE series. It provides a direct-fit option for the Cobra SRX8 GTE EP kit and serves as the main structural member linking suspension, drivetrain, and electronics on 1/8 scale GT electric cars.

Fabricated from carbon fiber, the plate emphasises torsional stiffness and predictable flex traits typical of carbon components. Fit this plate when the original chassis is damaged or when a different stiffness profile is desired during setup work.

Installation is straightforward for experienced builders: the plate replaces the stock chassis and is mounted using the kit's original hardware and spacer layout. Consult the Cobra SRX8 GTE EP kit manual for recommended torque values and the correct mounting sequence to maintain drivetrain alignment and necessary clearances.

Specifications

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

As a direct replacement chassis plate, this Serpent carbon component is aimed at hobbyists needing a factory-fit spare or who are changing chassis stiffness as part of setup; inspect fit and alignment before the first run.

Does this plate bolt in without modification to my Cobra SRX8 GTE EP kit?

The SER601392 is listed for Cobra SRX8 GTE EP (SER600058) and is intended as a direct replacement; verify your kit’s mounting points before installation.

What are the main material benefits of this chassis?

Carbon fiber offers a high stiffness-to-weight ratio and delivers consistent flex behavior, which helps produce repeatable handling characteristics on track.

Will I need new spacers or hardware to fit this plate?

No Serpent-specific parts are required; the plate is designed to use the kit’s original screws and spacers. Reuse the supplied hardware unless damage is evident.

How should I check alignment after fitting the new chassis?

After installation, inspect suspension geometry, confirm drivetrain alignment, and verify motor and ESC clearances before powering the model.

Is this chassis intended primarily for repair or tuning?

It serves both purposes: replace a damaged stock chassis or experiment with a different stiffness profile as part of tuning procedures.

Any recommended checks before the first run?

Confirm all fasteners are torqued to the kit specifications, ensure wiring clears the chassis, and perform a drivetrain spin test to detect binding.

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