Kyosho 92508 Titanium Adjust Rod 15mm Performance Pair  [KY-92508]

Kyosho 92508 - Titanium Adjust Rod15mm (2pcs)
Price:
AUD$11.45
Brand:
Kyosho
Model:
KY-92508
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $10.05 each $2.79 or 12%
3+ $9.56 each $5.67 or 17%
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Tuning link rods with Kyosho 92508 titanium

Hobby racers and weekend drivers can use the Kyosho 92508 Titanium Adjust Rods 15mm to tighten up steering and reduce play. These rods combine stiffness and lightness to help maintain accurate setup under load.

Sharper handling and reliable feedback

Because titanium resists bending, these rods help keep steering geometry stable during hard cornering. That stability improves driver confidence and makes steering inputs more predictable across different surfaces.

Suitable for varied driving styles

The Kyosho 92508 rods are a straightforward upgrade for models that take 15mm adjust rods. They work well for track tuning, practice sessions, or everyday driving where consistent linkage performance is wanted.
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 fitting these change servo load?

Stiffer link rods can slightly alter load felt at the servo, but the change is usually minimal. Check servo centring and travel after installation to tune endpoints if needed.

Can I upgrade other link parts at the same time?

Upgrading ball ends, turnbuckles and related hardware alongside these rods can create a more durable overall linkage system and improve adjustability.

Are these rods corrosion resistant?

Titanium is naturally corrosion resistant in most hobby environments, but rinse and dry parts after salt or mud exposure to keep moving joints free of grit.

How often should I inspect them?

Check link rods after heavy sessions or crashes and examine threads and ball ends for wear every few outings to avoid unexpected failure.

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