Predator REVO Carbon Shaft

The ultimate in billiards technology and performance. Made of carbon fiber composite, REVO shafts incorporate more than twenty years of technological innovation and testing. REVO shafts feature the lightest front end mass, the lowest rate of rise taper, greatest radial consistency, and most durable construction. The result? The most accurate billiards shaft in the world at both low and high speeds, featuring the smoothest finish, the most spin, and uncompromising durability and strength

SPECIFICATIONS

• Tip: Predator Victory Tip

• Tip Diameter: 11.8 mm, 12.4 mm or 12.9 mm, depending on the selected variant

• Taper: Hybrid-conical on 11.8 mm; low-rise Pro on 12.4 mm and 12.9 mm

• Ferrule Length: Ferrule-less construction

• Joint: Varies by selected variant

• Shaft Length: 29” or 30”, depending on the selected variant

• Ferrule-less construction

• Limited lifetime warranty against warpage

REVO FRONT-END CONSTRUCTION

Vault Plate

The patent pending Vault Plate completely re-configures the stress points between the Victory Tip, V-TEK Tip Silencer, R2 molecular multi-density foam, and carbon fiber composite tube to create a construction that is stronger from every axis with less mass and a higher level of kinetic energy transfer.

R2 Molecular Multi-Density Foam

The R2 molecular multi-density foam fills the shaft with multiple densities at specific locations to increase or decrease stiffness and transfer consistent feedback to the player’s hand.

V-TEK Fiber Tip Silencer

The V-TEK Tip Silencer creates a stronger and more tactile gluing surface that protects the Vault Plate, while creating an audibly pleasing sound upon contact with the ball

REVO CARBON COMPOSITE CONSTRUCTION

Unidirectional Aerospace Grade Carbon Fiber Tow Woven fibers have long been the expected standard of carbon fiber construction, but they are not necessarily the best for every application. We have long recognized both the strength and the function of carbon fiber weave, however, recent advances in fiber technology and construction techniques have led Predator to take a different design approach. Previously, a woven fabric was the norm for the outermost covering of any carbon component. Now, new aerospace grade carbon fiber tow construction methods and new fiber placement theories allow us to tune the shaft by orienting the carbon fiber tow in the directions most suitable for a particular location in the shaft itself. This composite is formed using unidirectional aerospace grade carbon fiber tow impregnated with our proprietary resin and filled with R2 molecular multi-density foam.