XRAY NT1 Aluminium One Piece Engine Mount by 3Racing XN1-24/RE  [XN1-24/RE]

Team XRAY NT1 Aluminium One Piece Engine Mount - 3RACING XN1-24/RE
Price:
USD$23.50
Brand:
3Racing
Model:
XN1-24/RE
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Aluminium one-piece engine mount for XRAY NT1

This is an RC-scale aluminium one piece engine mount designed for use with the XRAY NT1 chassis and supplied as part number XN1-24/RE by 3Racing. The component serves to secure the engine's position relative to the chassis, reducing movement and helping preserve alignment under race conditions.

The mount is intended as a direct replacement or hop-up for NT1 platforms where a single-piece aluminium solution is preferred for predictable fit and repeatable engine placement. Installation requires access to the engine bay on the NT1 chassis and the original mounting hardware and studs are retained during fitment.

In tuning contexts the mount's main role is positional consistency: by limiting flex at the mount interface it helps maintain consistent gearing mesh and throttle response. Regular inspection for fastener torque and contact wear is recommended as part of routine RC maintenance.

Specifications

  • Item: Engine mount
  • Material: Aluminium
  • Model Number: XN1-24/RE
  • Compatibility: Team XRAY NT1

Use this aluminium one piece mount when you need a stable, straightforward replacement part for XRAY NT1 cars, keeping installation and tuning predictable on the track.

It is specified for the Team XRAY NT1 platform, confirm fit with your chassis layout before purchase.
The mount replaces the existing engine mount; reuse your engine studs and mounting screws from the NT1 unless otherwise required by your setup.
A one-piece aluminium mount provides more consistent engine position which can aid predictable gearing mesh and throttle feel during tuning.
Periodically check mounting fastener torque and inspect contact areas for wear or deformation as part of normal RC maintenance.
Basic cleaning to remove dirt and ensuring screws remain tight are sufficient; avoid corrosive cleaners that could affect anodizing if present.

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