Mini Inferno ST 64 Racing-Grade Titanium Steering Saver Post MIF-045 by 3Racing  [MIF-045]

Kyosho Mini Inferno ST 64 Titanium Steering Saver Post - 3RACING MIF-045
Price:
USD$7.50
Brand:
3Racing
Model:
MIF-045
Condition:
Brand New
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Precision titanium steering saver for competitive Mini Inferno ST 64 use

The MIF-045 steering saver post is a high-strength titanium replacement made to the mounting specifications of the Kyosho Mini Inferno ST 64. CNC attention to bore tolerances provides a robust wear interface intended to survive contact loads that normally deform polymer or soft alloy posts.

Functionally the post locates at the steering pivot and intercepts peak forces, protecting surrounding linkages and the steering block. For racers seeking consistent steering geometry lap after lap, the hardened titanium surface presents a predictable contact face while retaining factory alignment and linkage travel.

Service and fitment notes: fit the post into the stock steering block, secure with the OEM fasteners, and confirm full thread engagement and smooth linkage operation. Use correct hex drivers, verify there is no interference through the servo sweep, and re-torque after initial running to lock in settings.

Application guidance: this component is specified as a durability and service-life upgrade rather than a tuning element. It reduces unscheduled part changes and helps drivers maintain consistent steering behaviour across practice and race stints.

What material properties matter for this post?

Titanium offers high yield strength and good fatigue resistance, so the post will resist permanent deformation better than common alloys or plastic parts used at the pivot.

How should I verify alignment after installation?

With the post fitted and fasteners torqued, cycle the steering through full lock-to-lock to confirm there is no binding and that tie rod lengths and servo centring are unchanged.

Is periodic inspection needed for race use?

Yes. Check threads and seating faces after hard runs, inspect for any fretting or surface damage, and replace the post if structural compromise is found to maintain predictable handling.