Durability

The simple mechanics and process of these mechanics allows for the EPEK XC3 to engage immediately upon impact, and with any load placed on the exposed blades, the mechanism and geometry of this design locks all parts together. This allows all 100 to 125 grains to be one solid piece of hardened alloyed aluminum as it withstands the extreme force placed upon it with the initial energy generated from your bow.

Dependability

The main concern with mechanical broadheads is the answer to the question, do the mechanics work?. Understanding that with out guaranteed blade deployment, the EPEK XC3 would be useless, the research and development phase required before final sign off for mass production takes in engineering tests and tolerances that must meet zero defect standards. Considering mechanical advantages of the levered blades, the slide tolerances required for impact deployment at any entry angle, the tightness tolerances required that initial inertia does not deploy the blades in flight are all factored into this zero defect standard that will be guaranteed in the XC3.

Laceration

Along with the great penetration of the EPEK XC3, comes a few added features which will enhance laceration. The offset angle of the blades promotes a twisting cut into tightened hide, organs and arteries. This along with the sharp edge of the designed blade which does not allow for roll off, ensures a very effective and ethical wound channel which should enhance hemorrhaging an lead to shorter tracking and quicker demise.