Serpent SER904230 Carbon chassis plate for Viper 990e R  [SER904230]

Price:
USD$0.00
Brand:
Serpent
Model:
SER904230
Please kindly input your name and email address, we will inform you once we have the restocking.
Write a review

Carbon chassis for Viper 990e R

The Serpent SER904230 carbon chassis plate is an RC-scale replacement component designed for direct fit on the Viper 990e R platform indicated by SER904008. As a structural centrepiece, this carbon part replaces the original chassis plate to restore or change the baseline stiffness and behaviour of the model without altering mounting geometry.

Installation is straightforward for experienced builders: remove the body and electronics as required to access mounting points, transfer servos, ESC, motor and battery mounts as needed, and secure the new chassis using the vehicle’s existing hardware. Check threaded inserts and screw lengths during reassembly to ensure a correct fit and avoid overtightening carbon-to-metal interfaces.

On the setup side, swapping to a carbon chassis plate affects torsional rigidity and transient response. A stiffer chassis tends to sharpen steering feel and reduce mid-corner flex, while a more compliant chassis can improve mechanical grip on low-traction surfaces. Use shock and anti-roll adjustments along with tyre choice to fine tune the handling after fitting the new plate.

Routine care includes inspecting mounting holes for wear, cleaning debris from between carbon laminates, and checking that metal inserts remain secure. If you notice unusual creaks or movement, recheck fastener torque and insert condition before further running.

Specifications

  • Item: Chassis plate
  • Material: Carbon fibre
  • Model Number: SER904230
  • Compatibility: Viper 990e R, SER904008

This chassis plate is intended for hobbyists seeking a direct carbon replacement on the Viper 990e R to restore or modify baseline stiffness, with typical benefits realized through careful setup and component transfer.

The part is listed for Viper 990e R and matches the original mounting layout, so existing hardware and components should transfer directly, verify insert condition during installation.
Installation uses standard hobby tools for removing electronics and screws; ensure correct screw lengths and avoid overtorque to protect carbon and threaded inserts.
Carbon increases torsional stiffness compared with many composites, often resulting in crisper steering and quicker transient response; balance changes through shocks and tyre choices are typically required.
Regularly inspect mounting holes and inserts, clean debris from surfaces, and recheck fastener torque to maintain fitment and prevent damage.

Copyright © 2008-2026 rcjaz.com All rights reserved