Axial Yeti steering link upgrade 5pc YT160S by GPM  [YT160S]

Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S
Price:
NZD$54.67
Brand:
GPM
Model:
YT160S
GTIN:
4894538242317
Condition:
Brand New
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alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"
alt="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S" title="Axial Racing Yeti  Spring Steel Completed Anti-thread Tie Rod Withaluminium Ends - 5pcs set (AX80119) - GPM YT160S"

Tie rod kit for Yeti steering

This 5pc tie rod kit is built for Axial Racing Yeti chassis and supplied to support maintenance and rebuilds. Centre rods are spring steel for bend resistance and the ends are aluminium to connect cleanly with steering knuckles and hub carriers. Intended for hobby RC applications.

The part serves to replace worn tie rods and restore correct steering geometry while maintaining secure thread engagement, helping to prevent stripped rod ends. It targets Axial Yeti style chassis; measure your linkage lengths and end fittings to ensure a match before installing. Use this set when refreshing steering components or when fine-tuning steering behaviour.

Installation follows standard linkage procedures: remove wheel, expose steering links, confirm lengths, move over ball cups or set turnbuckle lengths to match the original geometry, then tighten hardware to appropriate torque. Check ball cups and servo-saver interfaces for wear while you fit the new rods for a complete steering repair.

Specifications

  • Item Axial Racing Yeti spring steel anti-thread tie rod with aluminium ends, 5pcs set
  • Material Spring steel rod, aluminium ends
  • Model Number YT160S
  • Compatibility Axial Racing Yeti

Use these when refreshing steering components or when experimenting with small geometry changes on Axial Yeti rigs; confirm fitment and secure all fasteners before use.

The package includes five tie rods, each combining a spring steel shaft with aluminium end fittings, provided as a 5pc set.
They are intended for Axial Racing Yeti variants; confirm your chassis link length and end fitting type to ensure correct fit.
Yes, fitting requires common RC tools. Bring hex keys, pliers and a small spanner to set link lengths and secure fasteners properly.
They are mainly to protect threads and maintain geometry; any perceptible stiffness change comes from altered link length or how tightly components are secured.

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