XRAY NT1 Precision Radio Tray XN1-27 by 3Racing  [XN1-27]

Team XRAY NT1 Radio Tray Mount - 3RACING XN1-27
Price:
USD$17.60
Brand:
3Racing
Model:
XN1-27
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Technical overview of NT1 radio tray

This radio tray is an RC-scale replacement component intended for Team XRAY NT1 chassis and is identified by 3Racing part number XN1-27. It functions as the mounting platform for receiver and associated electronics, engineered to provide a stable, repeatable layout for setup verification and tuning procedures.

For competitive hobbyists and professional tuners, the tray secures the receiver and servo wiring to reduce movement under dynamic loads, simplifies access during iterative setup changes, and supports consistent electronic positioning that aids in predictable steering and throttle responses.

Installation procedure and tuning impact

  • Fitment: manufactured to replace the factory radio tray on Team XRAY NT1 chassis with matching mounting points.
  • Installation: remove OEM tray, align the replacement tray to chassis bosses, and fasten with the standard screws; verify servo horn clearance and receiver antenna routing before final torque.
  • Tuning role: maintains fixed servo and receiver geometry to minimise variables during suspension and steering adjustments.
  • Maintenance: inspect fasteners periodically and maintain clear, secure cable routing to preserve repeatable handling characteristics.

Specifications

  • Item: Radio Tray Mount
  • Material: Not specified by manufacturer
  • Model Number: XN1-27
  • Compatibility: Team XRAY NT1 series

Designed as a direct-fit replacement, the XN1-27 supports precise electronics placement and streamlined setup workflows for NT1 chassis tuning and track preparation.

What checks should I perform after fitting the tray?

Confirm that all mounting screws are torqued to spec, ensure servo linkages have full travel without binding, and verify receiver antenna routing avoids moving parts.

Is there any trimming required for specific NT1 variants?

Most NT1 variants accept the tray as a drop-in part, but measure chassis bosses and trial-fit components to check for any minor interferences before final assembly.

How does the tray support consistent telemetry and radio setups?

By keeping receivers and telemetry modules in fixed locations with controlled cable runs, the tray reduces variable signal geometry and physical movement that can affect repeatable setup comparisons.