XRAY 382052 Aluminium Motor Holder for M18T - Precision Micro Mount  [XR-382052]

XRAY 382052 Aluminum Motor Holder M18T - 7075 T6 (5mm)
Price:
£22.12
Brand:
XRAY
Model:
XR-382052
Condition:
Brand New
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alt="XRAY 382052 Aluminum Motor Holder M18T - 7075 T6 (5mm)" title="XRAY 382052 Aluminum Motor Holder M18T - 7075 T6 (5mm)"
alt="XRAY 382052 Aluminum Motor Holder M18T - 7075 T6 (5mm)" title="XRAY 382052 Aluminum Motor Holder M18T - 7075 T6 (5mm)"

Precision Aluminium Motor Mount for M18T

The XRAY 382052 aluminium motor holder is a purpose made component for the M18T series, produced from 7075 T6 aluminium to combine rigidity with low mass for micro motor setups.

CNC Accuracy and Protective Finish

CNC machining ensures consistent geometry and an accurate fit. The strong aluminium construction keeps the unit light while the XRAY black coating and silver edging help protect contact points from scuffing.

Designed for 300-Size Micro Motors

Specifically matched to 300-size micro motors, the XRAY 382052 provides a secure location for the motor to help maintain gear alignment and reliable performance during spirited running.

Easy Swap with Included Mounting Parts

The package contains the required fixing screws and fittings for a straightforward installation so you can upgrade the motor mount without needing extra hardware.
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 this improve drivetrain reliability?

A firmer, well aligned motor mount like the XRAY 382052 can reduce slop in the drivetrain and help keep gear mesh consistent under load.

Is the holder compatible with stock motors?

It is intended for 300-size micro motors commonly used in M18T kits; check the motor flange and shaft offset if you are fitting non-standard units.

How should I check fit before final assembly?

Trial fit the motor and screws with the pinion in place to confirm mesh, then tighten progressively to the recommended torque to avoid distortion.

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