3RACING M3 x 15 Titanium Button Head Hex Socket Self-Tapping Screws TS-BSM315S Racing Pack  [TS-BSM315S]

3RACING M3 x 15 Titanium Button Head Hex Socket - Self Tapping (10 Pcs) - TS-BSM315S
Price:
USD$4.10
Brand:
3Racing
Model:
TS-BSM315S
Condition:
Brand New
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Performance oriented titanium fasteners for tuners

The 3RACING M3 x 15 Titanium Button Head Hex Socket screws provide a lightweight, corrosion resistant fastening option aimed at racers and tuners who value consistent hardware. Supplied as ten self-tapping screws, they are intended for targeted weight saving and reliable clamping in setup changes.

Racing use and setup considerations

These titanium screws are appropriate for reducing unsprung or rotating mass where applicable and for securing components that benefit from lower weight. The button head design keeps the profile low and reduces the chance of interference with suspension or bodywork during dynamic runs. Fitment should be checked for thread engagement and clamping surface to ensure repeatable setup adjustments.

Fitment notes for competitive builds

Compatible with many 1/10 scale cars and trucks, the 3RACING M3 x 15 screws suit common mounting points used in racing setups. Their self-tapping nature can simplify fitting in common materials, but racers should verify torque settings and inspect thread condition after repeated removals to maintain reliable performance.

Swapping heavier steel fasteners for titanium reduces mass at each mounting point, which can be beneficial when trimming overall weight for handling and acceleration, though the effect is modest and should be considered alongside other setup changes.
Inspect threads for wear after multiple remounts and clean mating surfaces; while titanium resists corrosion, thread fit and clamping surfaces still require routine checks to ensure consistent setup repeatability.
They are suitable for many suspension and accessory mounting points in 1/10 scale rigs, provided there is adequate thread engagement and correct torque is applied to avoid loosening during use.