Flat Chassis Centre Motor Mount & Solid Shaft (GTXE) - XRAY 358777  [XR-358777]

XRAY 358777 - GTXE Aluminium Center Solid Shaft & Motor Mount - For Flat Chassis
Price:
£52.37
Brand:
XRAY
Model:
XR-358777
Condition:
Brand New
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Centre motor mount and solid shaft in aluminium

This XRAY 358777 centre motor mount and solid shaft holder is an accessory developed for flat chassis layouts. The two-piece arrangement permits removal of the centre drivetrain as a unit, simplifying inspection and replacement of worn parts without dismantling nearby assemblies.

CNC-machined aluminium construction provides accurate dimensions and helps resist wear from repeated setup and tuning. The refined geometry focuses on increasing drivetrain rigidity and offers an easier gear mesh adjustment process to keep pinion and spur engagement predictable.

Fitment guidance: the separate motor mount and shaft support give convenient access to the centre drivetrain; adjust gear mesh in small steps and check engagement under static rotation before a trial run. The product is intended to enhance rigidity and maintenance accessibility rather than changing the basic powertrain layout.

Specifications

  • Item: XRAY GTXE Aluminium Center Solid Shaft & Motor Mount
  • Material: CNC-machined aluminum
  • Model Number: 358777
  • Compatibility: Flat chassis, GTX 2026

For model builders seeking a more serviceable centre drivetrain and consistent gear mesh on flat chassis platforms, the XRAY 358777 aluminium mount provides a useful trade-off between rigidity and workshop accessibility.

Remark :
Due to limited stock availability, please notice that some XRAY items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Check that your chassis uses a flat layout and compare mounting points to the GTX 2026 reference; measure clearances before full installation.
No, it is intended to support and stiffen the existing centre drivetrain while making service access easier, not to change the core drivetrain architecture.
CNC machining gives precise tolerances and improved wear resistance, helping preserve consistent gear mesh after repeated adjustments.
Ensure gear mesh is set with incremental adjustments and verify engagement under static rotation before completing the install to avoid premature wear.

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