Gmade 1/10 R1 Rock Buggy 5mm Aluminium Anti-thread Tie Rod 8pcs by GPM GM1605  [GM1605]

Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605
Price:
USD$38.90
Brand:
GPM
Model:
GM1605
GTIN:
4894538251579
Condition:
Brand New
Write a review
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"
alt="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605" title="Gmade 1/10 R1 Rock Buggy Aluminium 5mm Anti-thread Tie Rod (For set ting 300mm-323mm Wheelbase) - 8pcs set - GPM GM1605"

5mm aluminium anti-thread tie rod for R1

This 8pcs aluminium 5mm anti-thread tie rod set is designed for the Gmade 1/10 R1 Rock Buggy platform and for setups using a 300mm–323mm wheelbase. The parts are intended as scale RC steering linkage components to replace worn or stock items and to provide a stiffer, more consistent steering response where metal linkages are preferred over softer materials.

The anti-thread feature in the product name refers to the tie rod design that reduces unwanted rotation or loosening under vibration and steering loads compared with generic threaded links. Using aluminium increases torsional stiffness and can reduce flex at the steering linkage, which helps maintain alignment during aggressive crawling and technical obstacle work.

For installation, these rods are used in standard tie rod positions on the 1/10 R1 Rock Buggy chassis that accept 5mm rod diameter components and are compatible with setups having a wheelbase adjustable between 300mm and 323mm. Typical tuning uses include fine adjustments to toe and steering feel by changing rod length or end-point settings on the steering assembly. Fitment requires basic RC tools for removal and replacement of existing linkages and verification of thread engagement and security after fitting.

Specifications

  • Item: Aluminium 5mm Anti-thread Tie Rod set, 8 pcs
  • Material: Aluminium
  • Model Number: GM1605
  • Compatibility: Gmade 1/10 R1 Rock Buggy, for wheelbase 300mm-323mm

Use this set when upgrading steering linkages for reduced flex and more consistent toe settings on a Gmade R1 Rock Buggy running a 300–323mm wheelbase; verify thread engagement and check linkage alignment after installation.

They are intended for Gmade 1/10 R1 Rock Buggy setups with a 300mm–323mm wheelbase, check mounting diameter and thread pitch on your chassis before fitting.
Basic RC hand tools such as hex drivers and pliers are sufficient, plus thread locker if you prefer extra security on mating threads.
Aluminium rods reduce flex compared with softer materials, making toe and steering inputs more consistent; use them when you want firmer steering response for precise control.
Inspect threads and rod ends periodically for wear, ensure fasteners remain secure, and replace any bent or stripped components to retain steering precision.

Copyright © 2008-2026 rcjaz.com All rights reserved