Kyosho Mini-Z AWD 2 Degree Front Toe In/Out Linkage by 3Racing AWD-10/2  [AWD-10/2]

Kyosho Mini-Z AWD Front Toe In / Out Linkage 2 Degree - 3RACING AWD-10/2
Price:
USD$3.70
Brand:
3Racing
Model:
AWD-10/2
Condition:
Brand New
Write a review

Front toe linkage for Mini-Z AWD

This is an RC-scale front toe in/out linkage intended for Kyosho Mini-Z AWD models, supplied as the 3Racing AWD-10/2. It provides a fixed 2 degree toe reference that riders can use when setting up toe geometry for tighter turn-in or straighter corner exit on Mini-Z sized electric circuits.

The part is focused on tuning: changing front toe influences initial steering response, mid-corner bite, and how the car transitions between phases of a corner. Use the linkage to establish a reproducible toe setting when testing tire choices, suspension changes, or weight distribution adjustments on MR-03 AWD based cars.

Installation is straightforward on compatible Mini-Z AWD front hubs and steering knuckles. Standard practice is to remove the stock linkage, fit the replacement, and confirm free steering movement through the full travel. Check for binding at the ball ends and ensure the linkage does not contact nearby suspension components or the body when the wheels are turned.

Tuning notes: a small amount of toe-in on the front generally stabilizes turn entry and reduces twitchiness at high corner speeds, while toe-out can increase initial turn-in but may reduce straight-line stability. Make one change at a time and record lap times and handling notes to judge the effect. This linkage provides a fixed 2 degree reference for controlled comparison between setups.

It is intended for Mini-Z AWD chassis and is commonly used with MR-03 AWD setups, verify fitment on your specific steering knuckle before final installation.
Basic hand tools used for Mini-Z maintenance are sufficient; ensure ball ends are seated and screws are torqued to avoid loosening during running.
Make one setup change at a time, run consistent laps, and note steering feel, corner entry, and exit stability to determine the linkage effect.

Copyright © 2008-2026 rcjaz.com All rights reserved