Kyosho MD201SPB Gold-Plated Main Chassis for MA-020/VE Racing  [KY-MD201SPB]

Kyosho MD201SPB - SP Main Chassis(Gold Plated/MA-020/VE)
Price:
£14.54
Brand:
Kyosho
Model:
KY-MD201SPB
GTIN:
4548565442218
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 £11.57 each £5.94 or 20%
3+ £10.99 each £10.64 or 24%
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Electrical Upgrade for Mini-Z MA-020/VE Chassis

The Kyosho MD201SPB main chassis introduces gold-plated terminals to the MA-020/VE platform, improving contact conductivity and helping to preserve stable power delivery during competitive use.

Compatibility and Installation Tips

Engineered for the MA-020/VE range, this chassis replaces the stock main plate with minimal fuss. The gold coating offers enhanced corrosion resistance for dependable electrical joints over time.

Expected Performance Effects

Upgrading to this gold-plated chassis can improve current transfer efficiency, which often leads to cleaner throttle control and more reliable acceleration feel on varied track surfaces.
Remark :
Due to limited stock availability, please notice that some Kyosho 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.

How do I confirm the MD201SPB is the right chassis for my Mini-Z?

Verify your model is MA-020/VE and compare mounting points; the MD201SPB is tailored for that series and will match common Mini-Z component layouts.

Should I change wiring when fitting the gold-plated chassis?

Wiring can usually be reused, but inspect connector crimps and consider upgrading to low-resistance wiring if you are chasing top electrical performance.

Is the plated surface susceptible to wear from repeated installations?

The plating is durable for normal use, but avoid over-tightening fasteners and clean contacts gently to preserve the finish.

Can this chassis help with consistent lap times?

Improved electrical consistency can reduce variability in throttle response, which may help produce more repeatable lap performance.

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