Upgrade for DP-RS13SP: 4.5mm Aluminium Rod-End Adapter RD-008FA17 Yokomo  [RD-008FA17]

Yokomo RD-008FA17 Aluminum 4.5mm Rod End Adapter(17mm) for RD2.0
Price:
NZD$20.04
Brand:
Yokomo
Model:
RD-008FA17
GTIN:
639342223572
Condition:
Brand New
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4.5mm aluminium link adaptor

This 4.5mm aluminium rod end adapter is offered as a drop-in option for front lower arm linkages, preserving the 17mm overall length commonly used on factory turnbuckle setups to keep stock geometry intact.

Aluminium gives a lighter option compared with steel rod ends, which can influence steering response during transient inputs when included as part of a front-end tuning setup. The part is supplied as a twin pack so both sides can be replaced at service intervals.

Installation follows normal turnbuckle practices: remove the old rod ends, verify thread form and engagement, fit the aluminium adapter, then confirm correct endplay and alignment before driving. Double-check seating after the first run.

Compatibility is documented by the maker and includes DP-RS13SP plus various DP, SDR and DPR chassis lines such as DP-YD2 and DP-GR86 variants; always check the official parts list or your chassis manual for exact matches prior to purchase.

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.
Confirm thread compatibility by comparing thread pitch and engagement length with your current turnbuckle; the adapter is designed for common thread forms used on the listed chassis families.
The part is supplied as a two-piece pack so you can replace both left and right front lower arm rod ends during a single service operation.
Yes, because aluminium is lighter than steel the change in rotating mass at the linkage can subtly affect steering transient response; tune accordingly and test on track to evaluate the effect.

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