Predator Revo cue shafts are the latest in billiards technology and precision.
The Revo Shafts feature an aerospace-grade carbon fiber composite incorporating more than twenty years of technological development and examination. The stiffest of all Predator shafts, REVO shafts feature the lightest front end mass, the lowest rate of rising taper REVO 12.9 = 5% over the first fourteen inches, excellent radial consistency, and exceptional long-lasting construction resulting in the most accurate cue shaft in the world at both low and high speeds. REVO shafts feature the smoothest finish, most spin, and unyielding durability available.
Predator REVO Carbon Fiber Cue Shafts.
After almost a decade filled with experimentation and improvement, the destiny of cue sports has arrived. Predator Cues has introduced the REVO carbon fiber composite shafts. Refined and produced at Predator Cues research and development department near Boston, Massachusetts, Predator REVO shafts stand at the top of accuracy and performance.
The Carbon Composite Difference.
The Predator REVO shaft offers more of what pool players demand more precision, more spin, more consistency, more comfort, and more durability.
Predator REVO shafts set a new norm for performance.
REVO shafts feature a carbon fiber composite build and ferrule-less architecture, REVO shafts have the lowest front-end mass and highest stiffness rating that Predator Cues has ever achieved. The results Predator Cues has obtained are Pin-point accuracy along with a lower deflection at both high and low speeds, ultra-efficient energy transfer, and effortless spin, allowing for improved cue ball control, and ultimately controlling the table.
The REVO shafts will never warp, and the shafts ' ultra-smooth surface is highly resistant to dings, dirt, and the wear and tear that pool cue shafts see during their lifetime.
REVO Front-End Construction
Vault Plate
Predator Cues patent pending Vault Plate re-configures the tension points between the Victory Tip, V-TEK Tip Silencer, R2 molecular multi-density foam, and carbon fiber composite tube to create a structure that is stronger from every axis. The REVO shaft accomplishes all this along with less mass and a higher level of kinetic energy transfer.
