XRAY T4'20 Honeycomb Aluminium Chassis - Arrowmax AM-950002  [AM-950002]

Arrowmax AM-950002 Xray T4'20 Aluminium Honeycomb Chassis Set
Price:
NZD$222.74
Brand:
Arrowmax
Model:
AM-950002
Condition:
Brand New
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Tune-focused summary

The Arrowmax AM-950002 is an aluminium honeycomb chassis set built to fit the XRAY T4'20 platform. It serves as an aftermarket replacement that changes the car's structural behaviour without altering the platform category or electronics layout.

This chassis is specified as aluminium with a honeycomb finish and is intended to bolt into the T4'20 mounting arrangement. Installers should expect to use the platform's original attachment points and fasteners unless the seller states otherwise.

In practice the chassis modifies torsional rigidity and the path of flex through the lower frame, which affects mid-corner neutrality, traction transfer and responsiveness to suspension and tyre adjustments. It is made for 1/10 on-road touring applications and should be treated as a hop-up component.

Specifications

  • Item: Aluminium honeycomb chassis set
  • Material: Aluminium (honeycomb pattern)
  • Model Number: AM-950002
  • Compatibility: Xray T4'20

For T4'20 owners exploring chassis flex options, the Arrowmax AM-950002 offers a straightforward aluminium alternative to stock parts; always double-check the fit notes with your vendor before ordering.

Yes, it is produced to match the T4'20 mounting plan. Confirm the exact variant of your XRAY chassis and check the seller notes for any exceptions.
Changes are mainly in handling feel and cornering balance. Depending on setup and track, those handling shifts can translate into lap time differences for skilled drivers.
The product page should list included items. If the listing is silent, assume mounting hardware may not be included and source matching screws separately.
Aluminium behaves differently to carbon; it can provide distinct flex characteristics and may dent under heavy impact rather than crack. Consider your driving environment when choosing materials.

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