XRAY T4'19 Extra-Flex Magnesium Chassis Plate - Arrowmax AM-900003  [AM-900003]

Arrowmax AM-900003 Xray T4\'19 Chssis Arrowspace Mg Extra Flex
Price:
CAD$194.29
Brand:
Arrowmax
Model:
AM-900003
Condition:
Brand New
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Arrowspace magnesium plate tuned for extra flex

This Arrowmax AM-900003 piece is an Arrowspace magnesium chassis plate made for XRAY T4'19 use, supplied as an extra-flex choice for drivers seeking a softer chassis response for particular track surfaces. The text focuses on compatibility, setup role and practical notes rather than marketing claims.

Fitment is aimed at XRAY T4'19 and compatible T4 series variants as stated in the name. The plate delivers a different flex characteristic compared with standard plates and is intended to be one tuning variable alongside shocks, ride height and anti-roll adjustments.

Installation swaps the factory chassis plate while keeping the XRAY mounting pattern and retaining existing hardware; no chassis alterations are necessary when matched to the correct model. Perform routine checks after heavy impacts and keep the plate clean to preserve consistent handling behavior.

Specifications

  • Item: Arrowspace Mg Extra Flex chassis plate
  • Material: Magnesium
  • Model Number: AM-900003
  • Compatibility: XRAY T4'19, T4 Series

Choose this plate when controlled chassis flex is part of your setup plan, and make small changes elsewhere so you can assess handling shifts step by step.

This plate is designed for XRAY T4'19 and fits T4 series cars that use the same chassis footprint. Confirm your chassis year and layout before fitting.
Start with minor adjustments: soften roll resistance, check shock settings and drop ride height only gradually. Use one change at a time to see its effect on turn-in and mid-corner grip.
No additional machining is required when the plate is matched to the XRAY T4'19 mounting points; it uses the standard footprint and mounting holes.
Keep the plate free of debris, inspect for any cracks or bends after impacts, and replace it if structural damage appears to avoid unpredictable behavior on track.

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