Kyosho OTW132GM HD Rear Shock Stay 7075 Gunmetal Off-Road Edition  [KY-OTW132GM]

Kyosho OTW132GM - HD Rear Shock Stay(7075 Gunmetal /OPTIMA)
Price:
AUD$28.89
Brand:
Kyosho
Model:
KY-OTW132GM
GTIN:
4548565471355
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $22.98 each $11.81 or 20%
3+ $21.84 each $21.14 or 24%
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Off-Road Rear Shock Stay for Optima 4WD

The Kyosho OTW132GM HD Rear Shock Stay upgrades the rear suspension mount on Optima 4WD models. Crafted from 7075 aluminium alloy, the part raises durability without adding unnecessary mass, and the gunmetal finish gives a neat, rugged appearance.

Compatibility and Ride Improvements

Made to align with the Optima 4WD chassis, this shock stay enhances shock placement and helps the car keep composure across rough ground. It is ideal for drivers wanting more robustness for club racing or bashing sessions.

Why Pick the Kyosho OTW132GM

  • Material Strength: Uses 7075 aluminium for high tensile strength and long service life under repeated loads.
  • Rear Stability: Adds structural support to the suspension area to improve cornering and traction.
  • Easy Upgrade: Replaces the stock stay with minimal fuss using existing mounting hardware.
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.

Will this improve handling on rough tracks?

Yes, by stiffening the rear mounting point the OTW132GM helps the suspension control impacts better, which often leads to improved handling on uneven surfaces.

Are extra spacers or parts required?

No special spacers are normally required for standard Optima 4WD setups. Check fitment if your car has non-standard or heavily modified suspension components.

How does this affect weight distribution?

The component is light for its strength, so it has minimal impact on overall weight balance while improving rear-end rigidity for more predictable behaviour.

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