“As the former Director of Spine Research, Department of Orthopaedic Surgery at the University of Minnesota, I have studied extensively the biomechanics of devices for the treatment of spine injuries and diseases. When I analyzed the data and high speed video from impact biomechanics testing, the results were compelling. The unique design of Kato Collar slowed down the velocity of the head after impact in two stages and transfers the G-forces from the helmet to the Collar then on to the shoulder pads. The testing showed up to 30% reduction of forces when the Collar was attached compared to no collar. By decelerating the brain movement within the skull after impact, Kato Collar addresses the key issue of head and neck injury forces thus promoting player safety.”
Dr. Charles Ledonio, Clinical Trials Director with Innovative Surgical Designs