Yokomo MD-DHA Aluminum Differential Height Adjuster for SD2.0 - Precision Tuning  [MD-DHA]

Yokomo MD-DHA Aluminum Differential haight adjust (L/R 0mm) for SD2.0
Price:
£20.76
Brand:
Yokomo
Model:
MD-DHA
GTIN:
639342207688
Condition:
Brand New
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Accurate differential height adjustment with Yokomo MD-DHA

The Yokomo MD-DHA Aluminum Differential Height Adjuster is a specialist component for RC drivers working on SDR-020 series chassis. Designed for the SD2.0 platform, it enables fine control of differential height to refine handling and mid corner behaviour.

Supported chassis and design notes

This adjuster is suitable for SDR-020, MDR-020, SDR-020P, SDR-020R, MDR-020BL, MDR-020P, and MDR-020R chassis types. Built from quality aluminum, it offers resistance to wear while remaining light. The 0mm left/right differential height setting delivers a consistent reference point for setup changes.

Advantages for setup-minded hobbyists

Hobbyists seeking consistent lap times will find the MD-DHA useful for narrowing setup variables. The aluminium construction is stable under load and helps preserve predictable steering and throttle response when tuning differential height for different track conditions.

Remark :
Due to limited stock availability, please notice that some Yokomo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
Yes, it supports SDR-020, MDR-020, SDR-020P, SDR-020R, MDR-020BL, MDR-020P, and MDR-020R, so you can use it across SD2.0 based models without compatibility concerns.
Start from 0mm as your baseline. Alter the setting incrementally if you need more rotation or stability depending on grip and corner type, then evaluate the impact on lap performance.
Regularly clean the part, check for loose fasteners and inspect mating surfaces. Light lubrication and careful torqueing during fitment will extend service life and ensure smooth operation.

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