Yokomo MD-0032 Graphite Upper Deck for MD2.0 Chassis - Handling Upgrade  [MD-0032]

Yokomo MD-0032 Graphite Upper Deck for MD2.0
Price:
AUD$47.86
Brand:
Yokomo
Model:
MD-0032
GTIN:
639342222384
Condition:
Brand New
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Upgrade Chassis Stiffness with the Yokomo MD-0032

The Yokomo MD-0032 graphite upper deck adds torsional rigidity to the MD2.0 chassis to help the car respond more consistently on track. Engineered from quality graphite, it aims to tighten handling without penalising weight.

Better Feedback and Corner Control

By reducing chassis flex, the MD-0032 improves feedback to the driver and helps maintain consistent cornering balance. This results in steadier steering behaviour when running aggressive lines.

Which Cars It Fits and How to Install

This upper deck fits MDR-020, MDR-020BL, MDR-020P and MDR-020R models and mounts using existing screw points. Installation is simple with common RC tools and does not require chassis modification.

Specifications

  • Material: Graphite
  • Compatible Chassis: MDR-020 / MDR-020BL / MDR-020P / MDR-020R

A straightforward upgrade for modelers who want a firmer MD2.0 platform, the MD-0032 helps produce cleaner handling and more predictable lap performance.
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.

Will this affect my suspension tuning?

Yes, increased chassis stiffness often requires small changes to shock damping or spring rates to maintain the desired roll characteristics and balance.

Can I use this on a street or rough surface?

The deck is intended for MD2.0 cars and works best on smooth to moderately rough surfaces. On very uneven terrain you may prefer a more flexible setup to absorb impacts.

Does this change the centre of gravity?

The MD-0032 is lightweight, so it has minimal effect on centre of gravity, while its stiffness influences chassis behaviour more than mass distribution.

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