Yokomo BD9 MID Chassis Carbon Plate 2.25mm Performance by Arrowmax AM-910018  [AM-910018]

Arrowmax AM-910018 AM Medius Yokomo BD9 MID Chassis Carbon 2.25mm
Price:
AUD$103.37
Brand:
Arrowmax
Model:
AM-910018
Condition:
Brand New
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Medius MID carbon upgrade tailored to Yokomo BD9

The Arrowmax AM-910018 Medius MID chassis is a 2.25mm carbon replacement plate built for the Yokomo BD9 1/10 touring car platform. It is offered as a mid-mount carbon component to change baseline stiffness and flex behaviour without replacing other BD9 sub-assemblies.

This chassis plate is aimed at tuning: swapping plate thickness alters how loads pass through suspension pick-ups and changes torsional response during cornering. Fit this part when you need to tweak overall chassis stiffness to match damper valving, anti-roll bar setup, or ride height choices.

Installation uses the standard BD9 mid-mount points and hardware; the plate takes the place of the stock MID chassis and mates with existing bulkheads and side mounts. Confirm that mounting screws and stand-offs are the correct lengths for BD9 before installing and inspect clearances near the radio tray, battery bay and motor after assembly.

Specifications

  • Item AM Medius MID Chassis
  • Material Carbon 2.25mm
  • Model Number AM-910018
  • Compatibility Yokomo BD9

As a MID-specific carbon plate, this component offers a controllable method to tune BD9 chassis stiffness for circuit balance; use incremental suspension changes and test thoroughly to dial in performance.

The plate is specified for the BD9 MID layout. Verify your car uses BD9 MID mounting geometry before purchasing to ensure correct fit.
Thickness itself does not change top speed; a stiffer chassis changes handling characteristics which can affect lap times depending on setup and track surface.
Most users reuse BD9 stock mounting hardware. Always check screw lengths and stand-off heights to prevent chassis or component contact.
After fitting, re-evaluate shock valving, spring rates and anti-roll bars as chassis stiffness changes can shift front to rear balance.

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