Kyosho UMW532B Rear Suspension Arm Mount for Ultima SB - Lightweight Strength  [KY-UMW532B]

Kyosho UMW532B - Aluminum Rear Sus.Holder(RR2/SB)
Price:
NZD$42.65
Brand:
Kyosho
Model:
KY-UMW532B
GTIN:
4548565470808
Condition:
Brand New
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alt="Kyosho UMW532B - Aluminum Rear Sus.Holder(RR2/SB)" title="Kyosho UMW532B - Aluminum Rear Sus.Holder(RR2/SB)"

Stiffen your Ultima SB rear end with a precision aluminum mount

The Kyosho UMW532B rear suspension holder is a precision aluminium option for the Ultima SB range, built to give a firmer rear platform. It is aimed at drivers who want a stronger, more dependable rear mounting point.

What the UMW532B brings to your setup

Constructed from durable aluminium, the UMW532B reduces component flex and helps maintain alignment under load. This leads to steadier rear traction and fewer mid-corner surprises during intense running.

Compatibility notes and fitting advice

Specifically made for Kyosho Ultima SB models, the UMW532B installs using the stock mounting positions. Fitting is accessible for most hobbyists, and once fitted it contributes to a more resilient suspension package.
Remark :
Due to limited stock availability, please notice that some Kyosho 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.

Does this fit older Ultima SB kits?

The part targets Ultima SB designs. If your kit is an older or modified variant, compare mounting points before buying to ensure compatibility.

Will it affect rear-end weight distribution?

Aluminium is heavier than plastic, but the UMW532B is a precision part so any weight change is minimal and typically improves durability without harming balance.

Any special tools needed to fit it?

Standard hex drivers and basic hand tools are usually enough. Take care to use the correct screw sizes and torque to avoid thread damage.

How does it handle off-road surfaces?

On rough surfaces the added stiffness helps maintain geometry, which can improve control. Monitor surrounding parts for extra stress when running on very rough terrain.

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