Serpent 601296 SRX8 GTE '23 Carbon Rear Topdeck Race Grade  [SER601296]

Serpent SER601296 Topdeck Rear Carbon SRX8 GTE \'23
Price:
CAD$34.07
Brand:
Serpent
Model:
SER601296
Condition:
Brand New
Write a review

Improve SRX8 GTE '23 Rear Rigidity with Serpent Carbon

The Serpent 601296 Carbon Rear Topdeck is a purpose-built part that tightens up the rear of the SRX8 GTE '23 chassis. Built from high-quality carbon fiber, it raises torsional stiffness to help the car stay composed through fast corners and aggressive throttle input. Racers looking to fine-tune handling will appreciate the predictable mid to high speed balance this topdeck provides.

Benefits of Carbon Construction

Carbon fiber delivers a strong stiffness to weight ratio that the RC community values for chassis upgrades. Fitting this topdeck can lower flex under load while keeping mass to a minimum, translating to crisper turn-in and more consistent lap times during race runs.

Fit and Installation Notes

The Serpent 601296 Carbon Rear Topdeck is made to fit the SRX8 GTE '23 chassis exactly, allowing a straightforward swap with common hand tools. It is also compatible with the Cobra SRX8 GT Series layout, so integrating it into an existing build normally requires no chassis modifications.

Specifications

  • Material: Carbon Fiber
  • Compatibility: SRX8 GTE '23
  • Category: Spare Parts

For competitive drivers chasing reduced rear flex and steadier handling, the Serpent 601296 Carbon Rear Topdeck is a practical upgrade that fits into most race setups.

Adding rear stiffness can shift balance slightly toward more rotation, but the change is tunable via shock and toe settings. Test on the track and adjust roll centre and damping to dial in the handling.
No special tools are required; basic hex drivers and screwdrivers used for routine maintenance are sufficient. Keep original hardware and torque screws evenly to avoid warp.
Wipe clean after running, inspect for cracks after impacts, and ensure mounting screws are secure. Light scuffs are cosmetic and do not affect performance unless structural damage is present.

Copyright © 2008-2025 rcjaz.ca All rights reserved