Serpent Medius X26 400051 1/10 Carbon Touring Car Platform  [SER400051]

Serpent SER400051 Medius X26 carbon 1/10 EP
Price:
AUD$721.29
Brand:
Serpent
Model:
SER400051
Condition:
Brand New
Write a review
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"
alt="Serpent SER400051 Medius X26 carbon 1/10 EP" title="Serpent SER400051 Medius X26 carbon 1/10 EP"

Engineering overview of the Medius X26 1/10 carbon touring chassis

The Serpent Medius X26 frames a set of engineering decisions into a 1/10 electric touring car platform. Its core is a carbon-led chassis combined with suspension geometry that promotes consistent reactions to setup changes. The philosophy prioritizes predictable mechanical behavior over aggressive mass saving.

Chassis and platform analysis

Carbon panels and structural decks determine torsional stiffness and mounting precision for suspension and driveline components. This layout intentionally channels flex into selected substructures, which helps maintain consistent handling as settings are altered.

Materials and mechanical characteristics

Carbon structural parts are integrated with precision-machined and molded supports to form a robust, serviceable chassis. Reinforcements are placed at key load points while common 1/10 conventions are used for bearings and fasteners to ease maintenance.

Design intent and use-case

Designed for builders who tune and refine, the Medius X26 offers a clear platform for testing setup changes and evaluating their mechanical effects. It appeals to those who prefer to focus on chassis dynamics and tuning strategy.

Who will appreciate this kit

Tuners and experienced hobbyists who want a stable starting point for setup experiments will find the X26 useful. The chassis rewards methodical adjustment rather than rapid, last-minute changes.

Specifications

  • Brand: Serpent
  • Model Number: 400051
  • Product Name: Medius X26 carbon
  • Scale: 1/10
  • Power Type: Electric Powered
  • Main Material: Carbon composite chassis elements
  • Category: Touring Car
  • Electronic Speed Control (ESC): Not Included

The Serpent Medius X26 is a technically minded touring car base that emphasizes carbon construction and a coherent mechanical philosophy, suited to tuners and careful builders.

Because stiffness is concentrated in the carbon backbone and flex is located in planned areas, the car reacts in a repeatable manner to suspension and weight distribution changes, making tuning results easier to interpret.
The suspension geometry and pickup locations are arranged to offer conventional adjustment options, allowing enthusiasts to explore common tuning setups within a precise mounting framework.
Yes. Serviceable parts follow established 1/10 conventions, so standard bearings and driveline components are generally compatible for repair and upgrade purposes.
The hybrid material approach and access to service points make maintenance straightforward, with reinforcements placed to reduce common wear-related failures.
The platform is arranged to accept typical aftermarket components used for tuning handling, allowing builders to incrementally modify stiffness and geometry without compromising the base concept.

Copyright © 2008-2026 rcjaz.com.au All rights reserved