Yokomo BD10 Aluminium Honeycomb Flex Plate for Tuning - Arrowmax AM-950025  [AM-950025]

Arrowmax AM-950025 Yokomo BD10 Aluminium Honeycomb Chassis Flex
Price:
NZD$199.12
Brand:
Arrowmax
Model:
AM-950025
Condition:
Brand New
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Overview of BD10 chassis flex tuning

The Arrowmax AM-950025 is an aluminium honeycomb chassis flex plate produced for the Yokomo BD10 platform, intended as an aftermarket tuning item to modify undertray stiffness and influence handling traits on 1/10 touring cars. The plate is made to line up with BD10 mounting points and provides a consistent mechanical reference for setup work.

Offered as a neutral replacement/upgrade, this component changes how the underbody flexes by introducing a honeycomb stiffness pattern. Those changes will affect weight transfer, corner entry balance and steering feedback when combined with standard BD10 suspension and drivetrain parts. Test changes incrementally on-track to understand the real-world effect.

Compatibility is limited to the Yokomo BD10 as shown in the product details. This is a mechanical tuning accessory and does not replace or alter electronic or drive components by itself.

Specifications

  • Item: Aluminium honeycomb chassis flex plate
  • Material: Aluminium honeycomb
  • Model Number: AM-950025
  • Compatibility: Yokomo BD10

For serious BD10 setup work, fit the Arrowmax AM-950025 as part of a methodical test plan to measure how the different undertray stiffness influences handling balance rather than expecting a single predictable change.

The part is designed for the BD10 mounting pattern; fit on other models requires verification of hole positions and clearance.
Expect shifts in mid-corner balance and transition feel due to the redistributed stiffness beneath the chassis; results vary with set-up and surface grip.
In most cases the stock BD10 screws and spacers work. Check clearance and replace any worn fasteners when fitting the plate.
Start with a baseline run, then change one variable at a time such as spring rate or toe to see how the plate alters balance and response.

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