Yokomo SD-010BRA Rear Dog Bone Set for Drift Package Vehicles  [SD-010BRA]

Yokomo SD-010BRA Rear Dog Bone (2pcs.) for DRIFT PACKAGE
Price:
£3.58
Brand:
Yokomo
Model:
SD-010BRA
GTIN:
0639342188987
Condition:
Brand New
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Rear Dog Bone Upgrade for Drift Package Chassis

The Yokomo SD-010BRA Rear Dog Bone Set provides a matched pair of dog bones to restore consistent rear drive in Drift Package cars. These parts help keep power delivery predictable and the rear end stable during prolonged drift sessions. They are a sensible choice when refreshing worn drivetrain components.

Fitment Across Popular Drift Models

This set is compatible with a wide range of Yokomo Drift Package chassis, including models such as DP-DP8, DP-GR35 and DP-UF86A. Confirm fitment details against your chassis before purchase.

Longevity and On-Track Consistency

Made to precise tolerances, the Yokomo SD-010BRA Rear Dog Bone Set is intended to deliver consistent performance and reliable service life. Replacing worn dog bones can improve predictability and reduce unplanned failures.

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.
It supports many Drift Package chassis, including DP-DP8, DP-GR35 and DP-UF86A. Check the part layout on your chassis to ensure compatibility.
They may fit, but worn axles or outdrives can cause premature wear. Replace worn mating parts for best performance and longevity.
Inspect them after hard sessions or every few track days. Look for play, cracks or heavy wear and replace if any problems are found.
Replacing worn dog bones restores stable power transfer to the rear and can help make handling more consistent, especially during extended drift runs.
Basic hex drivers, pliers and light grease are usually sufficient. Refer to your chassis instructions for any model specific steps.

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