




3/8 X 10 Cynergy 10.5mm Shaft
The Cuetec Cynergy 10.5 Carbon Fiber Composite Shaft provides “Small-Ball” and ultra-small diameter players with tremendous power delivery, paired with exceptional accuracy. Designed and developed with the input of the Cuetec Pro Team, English Black-Ball players, Chinese 8-Ball Players and Snooker Players across the globe, each Cynergy 10.5 is wrapped with a unique pattern of spun 15K carbon fiber tow, reinforced by Cuetec’s proprietary poly-foam core. Every 10.5 utilizes a performance engineered hybrid-conical taper for increased energy transfer in both large table and heavy (slow) cloth environments, an ultra-thin white sighting ferrule, and laminated Tiger® Sniper tip to create a multi-disciplinary shaft that is engineered for pure potting perfection.
- Ultra-strong advanced carbon fiber composite construction
- Performance engineered hybrid-conical taper
- Flyweight front-end construction
- Effortless low-friction and ding-resistant surface finish
- Thin white 0.25” inch sighting ferrule
- High-Performance Tiger® Sniper Tip
- Cynergy Cleansing Wipes (10X)
- Embroidered Cynergy Pro Patch
CYNERGY CARE
Elevating the Connection Between Player and Equipment.
The bond between a player and their cue is built on feedback, involving countless details interpreted by the senses. Each interaction strengthens this relationship, fostering trust and muscle memory. With this in mind, Cuetec set out to develop the Cynergy family of high-performance carbon fiber composite shafts.
When Cuetec first approached five-time U.S. Open Champion Shane Van Boening about creating a carbon fiber shaft, he emphasized, “If I can’t feel it, I can’t use it.” Shane’s point was spot-on. While the billiards industry had focused on reducing deflection, it had overlooked the importance of feel and feedback. To address this, Cuetec’s ACD (Advanced Composites Division) engineers designed the Cynergy series of carbon fiber playing shafts – Shafts that harnessed carbon fiber technology to deliver exceptional low-deflection accuracy, power, and spin without sacrificing feel and feedback.


