Revision Military, a world leader in protective soldier solutions, wins a contract for PEO Soldier’s Integrated Head Protection System (IHPS) Soldier Protective System (SPS). The 2 year development-to-acquisition program is to refine the U.S. Army’s next generation helmet system, a contract worth an initial $783,000 with additional options valued at $15 million.
Revision’s IHPS small arms helmet serves as the foundation for the company’s proposed head protection system. The helmet’s optimized shell design contours the shape of the wearer’s head, increasing their area of coverage and protection while reducing system weight and unneeded space. The system weighs less than existing combat helmets and includes upgradeable mandible and visor protection. It also features an innovative retention and netted suspension system with dial-in comfort settings and high-impact ballistic padding. The suite includes modular ballistic armor plates that can be applied to the helmet’s exterior for an increased level of protection.
“Revision is proud to have been selected as a development partner for the U.S. Army’s next-generation head protection system,” explains Jonathan Blanshay, CEO of Revision. “With lineage emerging from NSRDEC’s HEaDS-UP Program and our history in protecting the soldier, the IHPS is a tailorable protection suite that will increase survivability through capability and technology. The use of next generation ballistic materials and progressive manufacturing techniques has allowed for increased protection at a lighter weight. We’re proud to provide a solution that ensures soldiers’ mobility on the battlefield while allowing them to tailor the system to their mission.”
PEO Soldier’s intent for this program is to conduct iterative human factors testing leading to ballistic and non-ballistic testing and the eventual fielding of an initial quantity of 7,000 systems to a U.S. Army Brigade, prior to moving into full rate production. The Army intends the IHPS SPS system to be their next, widely fielded head protection system.