Master Drift MD3.0 Adjustable Diff Height Adapters - MD-DHA-3 for Yokomo  [MD-DHA-3]

Yokomo MD-DHA-3 Aluminum Diff Hight Adapter (L/R) for Master Drift MD3.0
Price:
AUD$39.50
Brand:
Yokomo
Model:
MD-DHA-3
GTIN:
639342229956
Condition:
Brand New
Available in shop
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Tuning-Grade Aluminum Diff Height Adapters

The MD-DHA-3 adapters are precision-machined aluminium left and right pieces made for the Master Drift MD3.0 drift chassis. They are designed to let you alter differential mounting height as part of chassis tuning for 1/10 drift setups.

This adapter set fits the MDR-030 family and is meant to replace or supplement standard diff mounts, changing the relative height of the differential case. The aluminium construction provides a stiff, repeatable mounting interface compared with softer materials.

Fitting is aimed at experienced builders: remove the diff, locate the adapter halves on the housing or chassis points, and secure with the original hardware. After installation, confirm chassis geometry and re-torque fasteners after a short run.

Tuning advice: a change in diff height impacts driveline angles and can tweak steering balance and throttle traction. Use the MD-DHA-3 to test small incremental adjustments and keep notes for each change.

Specifications

  • Item: Differential height adapter (L/R)
  • Material: Aluminum
  • Model Number: MD-DHA-3
  • Compatibility: Master Drift MD3.0 family: MDR-030, MDR-030BL, MDR-030P, MDR-030R

Compatibility

  • Master Drift MDR-030
  • Master Drift MDR-030BL
  • Master Drift MDR-030P
  • Master Drift MDR-030R

For systematic setup work, change one parameter at a time and record lap feedback; the MD-DHA-3 makes diff height adjustments repeatable and controllable.

Adjusting diff height changes driveline angles and weight transfer during throttle transitions, which can affect initial bite and how the car rotates between slides. Small steps are recommended when tuning.
Yes, consider checking toe, camber, and shock settings after changing diff height since driveline angle shifts can interact with suspension geometry and tire load.
Make incremental changes, test multiple laps under similar conditions, and only adjust one variable at a time. Log each change and its effect to build a tuning baseline.

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