HUDY 992355 55mm Titanium Turnbuckle Set M3 Left Right  [HSP-992355]

HUDY 992355 Titanium Adjustable Turnbuckle 55mm M3 L/R (2)
Price:
NZD$32.95
Brand:
HUDY
Model:
HSP-992355
Condition:
Brand New
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Precision Tie-Rods Built from Titanium

The HUDY 992355 Titanium Adjustable Turnbuckle brings a lightweight, durable option for RC enthusiasts tuning their steering links. Produced in Europe from premium titanium, these turnbuckles cut mass while maintaining high tensile performance for everyday track or club running.

Accurate Dimensions for Reliable Fit

Measured at 55mm with a 3.2mm profile and M3 threading, these turnbuckles match a wide range of vehicles. The lighter links reduce unsprung and rotating weight, making steering crisper and enhancing vehicle balance at speed.

Flexible Lengths for Setup Work

Offered in multiple lengths, HUDY titanium turnbuckles let you choose the correct reach for tie-rod geometry and ride preference. They are suitable for both competitive tuning and recreational adjustments.
Remark :
Due to limited stock availability, please notice that some HUDY items may have to order from the factory and the ready time is around 8-12 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.

Do I need special tools to install HUDY 992355?

Standard hex drivers or small pliers for turnbuckle adjustment are enough. Use a snug but controlled grip to avoid marring the titanium finish.

Can I reuse my steel ball ends with these?

Yes, as long as the ball ends have compatible M3 threads. Inspect threads for wear and replace any damaged components to ensure secure joints.

How much weight do I save over steel?

These titanium turnbuckles are typically around 30 percent lighter than comparable steel pieces, which helps reduce unsprung mass and improves agility.

Is corrosion a concern with titanium parts?

Titanium is highly corrosion resistant, so routine cleaning after wet or salty conditions is usually sufficient to keep parts performing well.

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