Kyosho Mini Inferno ST 2 Degree Rear Suspension Holder by 3Racing MIF-027/BU  [MIF-027/BU]

Kyosho Mini Inferno ST Rear Suspension Holder (2 Degree) - 3RACING MIF-027/BU
Price:
USD$5.60
Brand:
3Racing
Model:
MIF-027/BU
Condition:
Brand New
Write a review

Rear suspension holder for Mini Inferno ST

This rear suspension holder is an RC-scale replacement part intended for the Kyosho Mini Inferno ST chassis and supplied under 3Racing part MIF-027/BU. The 2 degree bias built into the mounting position gives a modest rear-arm offset that shifts rear camber and toe characteristics without changing other suspension geometry.

Fitment and role: the component replaces the stock rear suspension holder to alter rear wheel alignment for tuning purposes. It is intended for hobby use on Mini Inferno ST models where small camber/toe changes are used to refine cornering balance and traction on carpet or outdoor track surfaces. This part is a focused tuning option rather than a broad suspension redesign.

Installation notes: verify fit and clearance with the existing rear hub and linkage before final tightening, and perform alignment checks after mounting. Small incremental adjustments to shock position and toe links are recommended when evaluating handling changes so you can return to the baseline setup if required. As with any replacement mount, confirm there is no binding in suspension travel after installation.

Tuning guidance: use this 2 degree holder when you need a subtle rear geometry shift—typical effects include a change in turn-in and rear grip feel. Combine with measured changes to shock settings and tyre choice to evaluate net handling; make one variable change at a time and log results.

It is intended to replace the stock rear holder on Mini Inferno ST chassis but verify fit and clearances before final installation.
Expect subtle shifts in rear camber and toe that can affect turn-in and rear traction; changes are incremental so tune other settings gradually.
Check for suspension bind and re-measure alignment after fitting, then test in small steps to evaluate handling differences.

Copyright © 2008-2026 rcjaz.com All rights reserved