Yokomo R12-10LG - Hard Lower A Arm Compatible with R12/GT Series [R12-10LG]

Yokomo R12-10LG Hard Lower A arm for R12/GT series

Price:

AUD$7.16

Brand:

Yokomo

Model:

R12-10LG

GTIN:

3888

Not Available

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Spares / Hop-ups - Yokomo - R12 category

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Description
FAQ

High-Stiffness Lower A Arm for R12 and GT

This hard lower A arm is an RC-scale replacement made for Yokomo R12 and GT series cars where lower arm compliance is a concern. The tougher resin helps cut unwanted pivot movement during lateral loads so the chassis can better preserve intended suspension geometry through turns.

Fitting is a direct procedure for anyone used to swapping suspension links: detach the stock arm, check hinge pin and ball stud alignment, move over any required fixings, and install the new arm in the original orientation. Once fitted, re-check travel and steering geometry and clearances before use.

On the setup side, a firmer lower A arm tightens link compliance which can make turn-in crisper and handling more repeatable on high-traction tracks, but it will place additional stresses on connected parts so fine-tune springs, dampers, or anti-roll bars as part of testing.

Compatibility

R12/GT series
GT5-R35
GT5-SC430
GT3-REA
GT3-IS350
GT3-B4
GT3-CAX
GT3-BRZ
GT3-AHP
GT-B
GT5-R2
GT5-RS2

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 the harder resin increase longevity under hard use?

The stiffer material reduces flex-related wear at the pivot, which can help longevity under aggressive cornering. However, inspect surrounding components after fitting since load transfer may accelerate wear elsewhere.

Do I need to change damper settings after installation?

You may need to tweak damping to compensate for reduced arm compliance. Start with small adjustments and test incrementally to regain the desired balance between responsiveness and control.