Yokomo BD9 FWD Chassis Plate 7075 2.0mm - AM-920022 by Arrowmax  [AM-920022]

Arrowmax AM-920022 AM Medius Yokomo BD9 FWD Chassis 7075 2.0mm MM
Price:
CAD$143.11
Brand:
Arrowmax
Model:
AM-920022
Condition:
Brand New
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Fine-tuned FWD chassis plate for precise BD9 setup

This Arrowmax AM Medius chassis plate, model AM-920022, is a purpose-made RC front-wheel-drive replacement for the Yokomo BD9 platform. Machined from 7075 aluminum at a 2.0mm thickness, it alters baseline stiffness and mounting behaviour without changing the BD9 layout.

Club racers and hobbyists use a blank plate like this to dial in predictable torsional changes that affect turn-in and mid-corner balance. Fit it when you need a firmer baseline or when the factory plate is damaged and a material-specific swap is required.

Fitting is straightforward for anyone familiar with BD9 servicing: remove the stock plate, transfer the original mounting hardware and any braces, then bolt this plate in using the same fasteners. Confirm hole alignment and clearances at suspension pick-up points before final torque. No extra parts are normally needed beyond standard BD9 setup tools.

Specifications

  • Item: AM Medius Yokomo BD9 FWD Chassis 7075 2.0mm MM
  • Material: 7075 aluminum
  • Model Number: AM-920022
  • Compatibility: Yokomo BD9

Compatibility

  • Yokomo BD9

If your setup notes call for a 2.0mm 7075 plate, the AM-920022 from Arrowmax provides a direct, material-specific option to adjust BD9 chassis stiffness; always verify fit and re-evaluate handling after installation.

Yes. The plate is made to use the BD9s original mounting points and standard hardware as a direct swap.
7075 at this thickness raises baseline chassis rigidity versus softer materials, usually giving snappier turn-in and improved mid-corner stability.
No special fasteners are normally required; reuse the BD9s existing screws and hardware but check alignment and torque carefully.
Yes. Small changes to camber, toe or shock tune are often needed, since chassis stiffness affects weight transfer and balance.

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