Protective Helmet Suspension and Retention System Navy SBIR FY2014.2 Sol No.: Navy SBIR FY2014.2 Topic No.: N142-085 Topic Title: Protective Helmet Suspension and Retention System Proposal No.: N142-085-0421 Firm: Vivonics, Inc. 303 Bear Hill Road Suite 200 Waltham, Massachusetts 02451-1016 Contact: Kristen LeRoy Phone: (781) 373-1930 Web Site: www.vivonics.com Abstract: The Marine Corps is preparing to field the new Enhanced Combat Helmet (ECH) which replaces the Advanced Combat Helmet (ACH). The ECH has an updated shell made of lightweight polyethylene material that provides a higher degree of protection than Kevlar used in ACH, but the suspension and retention system have not been updated to account for the increased amount of ballistic energy that these improved helmet shells are now able to withstand. Another issue with the current suspension and retention systems is that they are integrated into the entire helmet system with the chinstrap attached to the shell by bolt holes. These bolt holes are the Achilles' heel of shell, however, serving as a funnel for bullets that strike the helmet within a one inch radius of a bolt hole. Our team has a practical understanding of the evolution of helmet systems, particularly from Gentex Corporation's early work in this area to date. In this proposed Phase I effort, the Vivonics and Gentex team will complete development and initial testing of a lightweight, multi-impact, mixed media ventilated liner that provides both impact protection and comfort and that is not affected by temperature, altitude, or moisture. Our approach recognizes the value in producing a helmet suspension and retention system the can be incorporated into the current inventory of shells with bolt holes, but maintains a firm eye on the future of shell technology which will eliminate these holes and their associated weaknesses. Vivonics serves not only as a system integrator but also brings to the design novel moisture wicking technology as a means to manage heat and perspiration buildup inside the helmet. Benefits: The technology developed in this development effort will provide increased protection for service members wearing the helmet system. The improved blunt impact properties provided by the suspension and retention system in combination with the cover pad is also applicable to motorcycle helmets and extreme sports helmets. The moisture management technology, as well as temperature regulation technology is also attractive to commercial markets for bicycle helmets, and for professional athletes' helmets. Return