Axial SCX10 II Servo Mount - 6061 Aluminum JR-AS206 by Jazrider  [JR-AS206]

Axial SCX10 II Aluminum Servo mount
Price:
£7.50
Brand:
JAZRIDER
Model:
JR-AS206
Condition:
Brand New
Available in shop
Write a review
alt="Axial SCX10 II Aluminum Servo mount" title="Axial SCX10 II Aluminum Servo mount"
alt="Axial SCX10 II Aluminum Servo mount" title="Axial SCX10 II Aluminum Servo mount"
alt="Axial SCX10 II Aluminum Servo mount" title="Axial SCX10 II Aluminum Servo mount"

Solid aluminum servo mount tailored to SCX10 II

This solid aluminum servo mount fits the Axial SCX10 II chassis and is catalogued as JR-AS206. It provides a rigid replacement for common plastic mounts, aiming to keep the servo aligned during slow technical sections and rough terrain.

The mount locates the servo at the SCX10 II's standard mounting location and gives a reliable platform for the servo horn and linkages. That secure positioning helps preserve steering predictability when the vehicle is loaded or negotiating uneven ground.

To fit the mount, access the chassis servo bay by removing the body or an access panel as needed, position the mount, align the servo within it, and fasten using the chassis' mounting points. Always verify horn alignment and full servo travel before tightening to avoid binding problems.

Used as a tuning part, the aluminum mount increases mounting stiffness over typical plastic options. This stiffer foundation can make steering adjustments more repeatable and help when fine tuning steering behaviour with different servos and setups.

The mount is designed for common scale crawler servo envelopes. Measure your servo body and horn position to ensure it will fit the JR-AS206 opening before purchasing.
Basic installation follows the SCX10 II mounting points. Check the seller listing for any supplied instructions or hardware and follow standard practice to verify alignment during fitment.
Compatibility depends on the horn geometry you plan to use. Confirm horn offset and clearance with the JR-AS206 installed to ensure proper movement without interference.

Copyright © 2008-2026 rcjaz.co.uk All rights reserved