Triple 60 TS1 Performance Carbon Fiber Play Shaft! 11.9mm You Pick the Joint!

Triple 60 TS1 Performance Carbon Fiber Play Shaft! 11.9 mm You Pick Your Joint! Brand New!!

Refined, responsive, and crafted for excellence -- the 29" Triple-60 TS1 Carbon Shaft is a sophisticated fusion of modern engineering and performance-driven design. Tailored for players who value precision, consistency, and feel, the TS1 is a true expression of cutting-edge technology and professional playability.

Meticulously constructed using Dual-Core Seamless Carbon Fiber, the TS1 offers exceptional strength and durability in a lightweight form. Micro-Compression Technology enhances energy transfer through a more refined molecular structure, delivering a powerful yet composed hit. Internally, a Multi-Density Fill Pattern dampens vibration, ensuring a quiet, smooth, and controlled response on every stroke.

Available in finely tuned 11.90mm and 12.50mm diameters, the TS1 offers clean, responsive feedback for players who demand finesse. The 16-inch pro taper encourages a natural, fluid stroke that enhances touch and control without compromise.

At the tip, the TS1 is fitted with a Tiger Everest laminated medium tip -- celebrated for its durability, shape retention, and balanced grip. It offers the versatility to handle both finesse shots and more aggressive play with effortless stability.

Measuring 29 inches and weighing just 4 ounces, the shaft features multiple joint options that all deliver a fast, precise connection. Whether you're aiming for lower deflection, improved accuracy, or a more confident stroke, the Triple-60 TS1 is more than a performance upgrade -- it’s a refined tool, crafted for the discerning player who commands control at every turn.

Features:

16-inch Pro Taper

Stock Tiger Everest medium (Other tip options available)

Available in 11.90mm, and 12.50mm Tip Diameter

Fixed joint options 5/16-18, 5/16-14, 3/8-10, Uniloc, Radial

4 oz.

*Whyte Carbon Shafts warranty is void if used with cues that have an aluminum pin. Ignoring this could lead to potential damage, material degradation, or suboptimal performance.