TRUE XC5 ACF GRIP INTERMEDIATE HOCKEY STICK

Getting right into the stick’s construction, TRUE continued to utilize a high pressure clave molding process which they patented as Axenic Technology. The advantage of using this manufacturing process is that it yields a true one-piece hockey stick which results in very consistent internal walls, shaft shape, and of course a great balance and feel. Working alongside the Axenic Technology, SmartPly Technology optimizes performance, weight, and impact strength. SmartPly tech is a laminate design that is used with up to 25 inner layers of unidirectional carbon fiber; the way the fibers are angled and the order of those angles are what control torsional stiffness and protect from impact damage while maximizing performance and durability. All very impressive technology featured at this price point!

The XC5 ACF is composed mainly of a carbon fiber and fiber glass blend which is organized into a 3K weave. This stick has a graduated mid-flex profile for optimal performance and feel in all game situations. Moving down to the blade, we’re going to see the patented XCORE technology. This is a compressible urethane insert embedded into the core of the blade starting in the heel and extending just past the center. This technology will produce an average of 30% more rotational puck spin leading to less flutter shots and more precise and accurate shots. XCORE technology also dampens and cradles the puck during passing and puck handling providing even more control and feel. This is the huge component to what gives the XC5 ACF its accuracy, control and feel.

New to the XSERIES of sticks is going to be Braided Rib Technology (BRT) first seen in TRUE’s SBP lineup. These are seamless braided tubes located at the center and bottom of the blade that act as a dual bridge support for the blade core. This tech helps to produce the longest lasting and most consistent blade TRUE has ever made and is up to 50% stronger than its predecessor! Benefits of this modified BRT blade prevent the foam core from breaking down and losing its stiffness which will also help provide its accuracy and precision.