XRAY T4 MID Stiffness Plate 2.0mm - Arrowmax AM-910013  [AM-910013]

Arrowmax AM-910013 AM Medius Xray T4 MID Topdeck 2.0mm Type 1
Price:
AUD$30.96
Brand:
Arrowmax
Model:
AM-910013
Condition:
Brand New
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2.0mm mid plate for XRAY T4 MID chassis

The Arrowmax AM-910013 topdeck is a 2.0mm mid-mounted plate created as an aftermarket tuning part for the XRAY T4 MID. It adjusts chassis longitudinal and torsional stiffness so you can tune front to rear balance under load.

To fit, remove the factory topdeck and mount this plate at the T4 MID topdeck locations; the original hex screws are typically reused. Confirm clearance with your radio pack and servo linkages and double-check that the motor, ESC and shock towers do not interfere with the deck.

A thicker 2.0mm deck will reduce torsional flex compared to thinner deck options, which often improves stability at speed but can alter traction on low-grip surfaces. Use this in concert with shock and anti-roll bar settings for best results.

Specifications

  • Item AM Medius Xray T4 MID Topdeck 2.0mm Type 1
  • Material Not specified by manufacturer
  • Model Number AM-910013
  • Compatibility XRAY T4 MID chassis, T4 Series (T4 2019 Specs 300025)

Fit this mid 2.0mm topdeck when you want to stiffen the XRAY T4 MID chassis; always confirm fitment and screw lengths before hitting the circuit.

You will need a set of hex drivers to remove and replace topdeck screws and a ruler or caliper to check screw length and clearances during a test fit.
Weight change is minimal, but the deck alters stiffness which can shift balance; check handling through short test runs to evaluate changes.
Manufacturer details do not specify the material in the provided information, so consult the seller listing for any material notes.
Yes, but when mixing components always check overall geometry and clearance, and tune shock settings to suit the altered chassis stiffness.
Perform a dry fit with the motor, ESC and servo in place and cycle steering travel to confirm no contact; verify screw engagement and thread depth before tightening.

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