Yokomo BD10 Chassis Plate Extra Flex Aluminium by Arrowmax AM-950026  [AM-950026]

Arrowmax AM-950026 Yokomo BD10 Aluminium Honeycomb Chassis Extra Flex
Price:
£86.36
Brand:
Arrowmax
Model:
AM-950026
Condition:
Brand New
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Extra Flex aluminium honeycomb chassis by Arrowmax AM-950026

The Arrowmax AM-950026 is an aluminium honeycomb chassis plate offered as an aftermarket replacement for the Yokomo BD10 1/10 on-road touring car. The honeycomb design keeps key support while allowing a tuned "Extra Flex" characteristic for chassis compliance.

Functionally the plate is used to change chassis flex distribution rather than alter suspension geometry. Swapping to this aluminium honeycomb member modifies stiffness patterns and should be adjusted alongside shock settings, ride height and roll centres to fine tune cornering on carpet or other smooth surfaces.

Specifications

  • Item: Arrowmax AM-950026 Aluminium Honeycomb Chassis Extra Flex
  • Material: Aluminium
  • Model Number: AM-950026
  • Compatibility: Yokomo BD10

Compatibility

  • Yokomo BD10

Select this chassis when you want a direct replacement that shifts handling towards a softer centreline response while remaining compatible with standard RC setup procedures for track tuning.

Is this suitable for competition BD10 setups?

Yes, it is suitable for competitive use where drivers want to alter centre flex, but validate that the mounting pattern matches your BD10 spec before using it in a race car.

What handling changes should I expect from Extra Flex?

Expect a softer centre response and potentially increased mid-corner traction when set up correctly, with the trade-off of slightly less immediate steering on initial turn-in.

Are special fasteners required for installation?

No special fasteners are usually required; the BD10's standard screws and standoffs are typically compatible, but inspect for any worn threads and replace hardware if needed.

How often should I check the chassis for wear?

Carry out a quick inspection after each session and a more thorough check after impacts; look for hole elongation, bends or deformation that could affect setup and handling.

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