The goal is to reduce all torque from the system, making the bow easier to tune, more forgiving and ultimately more accurate. Hoyt's ZT (Zero Torque) Cable Guard System is designed to induce force in the opposite direction of the rollers by mounting them on the front of the arm and anchoring the arm farther toward the shooter. It also lends itself well to the offset riser design that features Hoyt's Perfect Balance Stabilization System by offsetting a stainless steel stabilizer mounting insert opposite the side of the riser where accessories are mounted, thus counterbalancing them and stabilizing the system.ĭesigned to enhance comfort and encourage proper form, the one-piece laminated wood Pro-Fit grip on the test rig produces a neutral wrist position and is shaped to coax the hand into a repeatable position. O-Tec makes it possible to flow, flatten and twist the tubes to create strength and rigidity at critical areas along the riser. Two of the tubes make up the standard riser design, while the third swings behind the handle to give the bow that signature Hoyt look and channel vibration away from the main body of the bow, the grip and the shooter's hand. Three main tubes weave their way back and forth, twisting and changing shape to create the riser. This lightweight construction is the key to the Carbon Defiant's advertised weight of only 3.6 pounds. Hoyt's Helical Flex Tune Carbon has a high strength-to-weight ratio as well as noise- and vibration-dampening characteristics. Hoyt's carbon bow line features lightweight risers built with O-Tec Technology, which forms the Hollow Carbon Tube. The Carbon Defiant is loaded with features such as the DFX Cam & ½ system that produces a comfortable string angle, the UltraFlex highly pre-loaded split limbs that reach a beyond-parallel position at full draw, the one-piece Pro-Fit Grip, the Zero Torque cable-containment system and multiple vibration- and noise-dampening accessories. Hoyt's 2017 Carbon Defiant is built on the company's Helical Flex Tune Hollow Carbon Tube riser, which is formed and shaped using O-Tec Technology.
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