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

XRAY 356106 - Carbon Servo Mount - Narrow & Lower Battery Layout
Price:
AUD$45.97
Brand:
XRAY
Model:
XR-356106
Condition:
Brand New
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Precision carbon servo mount for low-profile battery setups

The XRAY 356106 servo mount is an RC replacement component developed for frames using a narrow, lower battery electronics arrangement. Its tailored shape lowers flex at the servo anchorage and maintains correct servo alignment during demanding driving.

Engineered to pair with the updated receiver box and ESC plate, the mount positions the servo accurately without altering the chassis. CNC-machined carbon yields repeatable dimensions and weight savings when compared with equivalent metal parts.

Installation is direct but observe these steps: verify the mount matches your receiver box and ESC plate before final tightening, ensure the servo horn is positioned to avoid steering linkage interference, and torque screws progressively to prevent deforming the carbon. As an upgrade item, a firmer mount often improves steering precision while keeping intended steering motion intact.

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

Fit this mount if your vehicle uses a narrow, low-mounted battery and you require a rigid, lightweight servo mount that aligns with the revised 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.

Will changing to this mount affect steering balance?

Yes. Increasing servo mount stiffness can make steering feel crisper and reduce subtle compliance, which may require minor trim or subtrim adjustments to balance handling.

Does the part need special fasteners?

Standard servo mounting screws are typically used, but check screw length to ensure they do not contact components beneath the mount and risk cracking the carbon.

How do I avoid servo binding after installation?

Before final torque, centre the servo and cycle full travel to confirm there is no interference with the horn or linkage; adjust horn or linkage geometry if binding appears.

Is the carbon plate fragile during handling?

Carbon is robust for normal use but avoid sharp impacts and overtorque. Handle with care during installation and use correct screw lengths to prevent stress points.

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