Yokomo RS-8B Resin Shock Cap Balls for RS2.0 Lightweight Upgrade  [RS-8B]

Yokomo RS-8B Resin shock cap balls for RS2.0
Price:
CAD$6.34
Brand:
Yokomo
Model:
RS-8B
GTIN:
639342228010
Condition:
Brand New
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Yokomo RS-8B resin cap balls for smoother RS2.0 suspension

The Yokomo RS-8B Resin Shock Cap Balls enhance the suspension behavior of RS2.0 chassis by using precision-molded resin. Built for durability, these cap balls offer reliable performance for everyday hobby use and club-level competition. Their accurate dimensions help maintain consistent shock movement for better control through corners.

Durable Resin Construction for Consistent Response

Produced from sturdy resin, the RS-8B cap balls resist wear and keep suspension action steady under repeated use. This consistency makes setting up dampening simpler and helps preserve predictable handling across practice sessions.

Engineered Fitment for the RS2.0 Chassis

Made specifically with the RS2.0 geometry in mind, these cap balls install cleanly without the need for excessive modification. That precise fit reduces installation time and ensures your shock assemblies operate as intended.
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 these fit other Yokomo shock assemblies?

They are made for the RS2.0 shock geometry and may not seat correctly in other Yokomo shocks without adjustments. Test fit before final assembly.

How do I maintain resin shock cap balls?

Keep them free of grit and check for flattening or cracking during routine maintenance. Clean with a soft brush and mild cleaner to avoid abrasive wear.

Do resin cap balls change shock feel compared to metal?

Resin units are lighter and can slightly alter the end-of-stroke feel versus metal; many drivers find they improve responsiveness while reducing unsprung weight.

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