GTXE Flat Chassis Carbon Servo & Receiver Case Holder - XRAY 356105  [XR-356105]

XRAY 356105 - GTXE Carbon Servo & Receiver Case Holder - Flat Chassis
Price:
CAD$45.41
Brand:
XRAY
Model:
XR-356105
Condition:
Brand New
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GTXE flat chassis servo mount assembly

This carbon holder is engineered to secure a servo and the composite receiver box on a flat chassis layout. The carbon fiber construction keeps weight low while providing targeted stiffness where the steering assembly and receiver sit, helping preserve chassis balance and maintain tidy wiring runs.

Built for a precise fit, the holder fixes the servo and receiver box in place to limit movement under load and protect steering geometry. It is aimed at builds that prioritise a compact electronics footprint and predictable chassis response.

The component is made for the GTXE flat chassis configuration and supports setup consistency by offering a rigid mounting base that reduces flex around the servo area, which helps produce repeatable handling changes.

Specifications

  • Item Servo & receiver case holder
  • Material Carbon fiber
  • Model Number XRAY 356105
  • Compatibility GTXE flat chassis

As a purpose-built mounting accessory for GTXE flat chassis builds, this carbon holder tidies electronics placement and secures the servo for consistent steering feedback and easier balance setup.
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.

How well does this fit a stock GTXE flat chassis?

The part is designed for the GTXE flat chassis layout; it should align with the intended mounting points. Always verify screw locations and clearances against your chassis before final installation.

What are the material benefits of using carbon here?

Carbon fiber offers a high stiffness-to-weight ratio, keeping the mounting area rigid without adding significant mass, which supports balance and responsiveness.

Any advice for keeping electronics neat with this holder?

Place the receiver box and servo to minimise cable crossings, run antenna and servo leads along chassis edges, and check servo orientation before final tightening to protect steering geometry.

Will this change steering consistency?

Providing a firmer mounting area for the servo and receiver reduces local flex, which typically results in steadier steering feedback and more predictable setup changes.

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