Axial Yeti XL Precision Steering Tie Rod Spring Steel with Aluminium Ball Ends YTL047S by GPM  [YTL047S]

Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S
Price:
USD$22.90
Brand:
GPM
Model:
YTL047S
GTIN:
4894538245134
Condition:
Brand New
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alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"
alt="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S" title="Axial Racing Yeti XL Spring Steel Steering Tie Rod With Aluminium Ball End (AX31033) - 1pr set - GPM YTL047S"

Precision steering link for Yeti XL

This steering tie rod is an aftermarket replacement intended for Axial Racing Yeti XL platforms and is presented as a direct steering link for scale rock racers. The design combines spring steel rod stock with machined aluminium ball ends to maintain a compact envelope while providing repeatable bending response under impact loads.

The component is optimised as a steering connection and alignment tool rather than a suspension load arm. It is appropriate for technical setup work such as toe calibration, repeatable steering adjustments, and controlled testing of link lengths and end fittings on the Yeti XL chassis.

Installation follows standard practice: remove OEM links, confirm thread engagement and ball end alignment, then perform incremental turnbuckle adjustments to set toe and steering throw. Verify thread specification and effective length before final locking to ensure correct engagement and safe operation.

Specifications

  • Item Steering tie rod with aluminium ball end, 1pr set
  • Material Spring steel rod, aluminium ball ends
  • Model Number YTL047S
  • Compatibility Axial Racing Yeti XL

Recommended when you require a dimensionally consistent, tunable steering link for Axial Yeti XL setups; confirm thread engagement and clearances during installation to maintain predictable steering geometry.

What are the key setup checks after fitting?

Confirm full thread engagement on both ends, check ball end seating for minimal lateral play, and verify steering throw across full suspension travel to avoid binding.

How does spring steel affect impact response?

Spring steel provides controlled flex under high loads, reducing abrupt failure modes while allowing measured energy absorption; this yields repeatable steering characteristics after impacts.

Do I need to re-torque after initial runs?

Yes, perform a torque check after the first session and again after any heavy impacts to ensure threads and ball ends remain secure and engagement is correct.

Is any special lubrication recommended?

Keep ball sockets lightly lubricated with a small amount of grease to reduce wear and prevent ingress of grit; avoid over-lubrication that can trap debris.