XRAY 356106 Carbon Servo Mount - Narrow & Lower Battery Layout Upgrade  [XR-356106]

XRAY 356106 - Carbon Servo Mount - Narrow & Lower Battery Layout
Price:
£24.06
Brand:
XRAY
Model:
XR-356106
Condition:
Brand New
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Stiff carbon servo mount tailored to compact battery arrangements

The XRAY 356106 carbon servo mount is an aftermarket replacement made for chassis that locate the battery and electronics in a narrow, lower position. The reinforced structure helps limit flex around the servo area and keeps alignment reliable under dynamic loads.

Designed to integrate with the revised receiver box and ESC plate, the mount ensures proper positioning without needing chassis alterations. CNC-machined carbon offers precise, repeatable dimensions and reduces weight compared with many metal counterparts.

When fitting the mount, first check that it seats correctly with your receiver box and ESC plate, align the servo horn to avoid any linkage bind, and tighten mounting screws evenly to prevent distorting the carbon panel. Used as a tuning component, the stiffer mount can enhance steering consistency while maintaining the intended movement of the steering assembly.

Specifications

  • Item: Carbon servo mount
  • Material: CNC-machined carbon, made in USA
  • Model Number: 356106
  • Compatibility: Narrow and lower battery layout electronics, designed to integrate with updated receiver box and ESC plate

Ideal for setups with a narrow, low battery placement where a lightweight, rigid servo mount is needed to match the updated electronics layout.
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.

Which chassis layouts are compatible with this mount?

This mount is intended for chassis that use a narrow, lower battery and electronics placement and that have the updated receiver box and ESC plate arrangement; always test-fit prior to final assembly.

Can I expect consistent fitment between units?

CNC machining and quality carbon layup provide tight dimensional control, so each mount should offer consistent fitment when matched to the intended receiver box and ESC plate.

What steps reduce the risk of cracking the plate?

Use correct-length screws, avoid excessive torque, and tighten in stages. Inspect screw holes and contact surfaces for even clamping to minimise stress concentrations.

Will this mount change my steering setup requirements?

By reducing unwanted movement at the servo mount, you may notice crisper steering; minor trim or setup tweaks could be needed to dial in balance after fitting.

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