Mini-Z MR02-LM Aluminium Steering Block KZ-15/1/BU by 3Racing  [KZ-15/1/BU]

Kyosho Mini-Z MR-015 Aluminium Steering Block (1 Degree) For Mini-Z MR02-LM - 3Racing KZ-15/1/BU
Price:
USD$10.00
Brand:
3Racing
Model:
KZ-15/1/BU
Condition:
Brand New
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Precision aluminium steering block for Mini-Z MR02-LM

This machined aluminium steering block provides a fixed 1 degree toe offset as a direct replacement for the plastic knuckle on Kyosho Mini-Z MR02-LM chassis cars. It is engineered for precise front-end geometry control during iterative setup work and track tuning.

The component is produced from CNC-machined aluminium to increase knuckle stiffness and reduce deformation under steering loads. Improved rigidity yields more repeatable toe settings and clearer feedback when evaluating suspension or tyre changes.

Installation procedure: the block locates to the standard MR02-LM front upright mounting points and accepts the original fasteners. After installation verify steering link lengths and clearances around the servo horn to eliminate binding and ensure unobstructed full travel.

Application notes: ideal for methodical tuning where small toe steps influence turn-in and mid-corner balance. Use the 1 degree unit when transitioning from softer steering parts to a firmer baseline or when comparing setup iterations on the same track surface.

Compatibility

  • Mini-Z MR02-LM

What measurement change should I expect with 1 degree?

A 1 degree toe offset produces a small lateral wheel angle change at the tyre contact patch; on Mini-Z scale this translates to subtle but measurable differences in turn-in dynamics.

Are any setup adjustments required after fitting?

Reconfirm tie-rod lengths and servo horn clearance. No additional specialised hardware is required, but final alignment checks are recommended to maintain free steering motion.

How should I evaluate its effect on lap times?

Use controlled test runs with identical tyre and shock settings, change only toe and record lap times and driver feel to quantify the block's impact on handling.