Hybrid Enhanced Combat Helmet in Testing

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In a recent article published on High Performance Composites, it was reported that the “U.S. Army and Marine Corps are conducting final validation testing of the U.S. military’s next-generation — and radically new — combat helmet at the Army Research Laboratory’s Aberdeen Proving Ground in Maryland. Testing on the Enhanced Combat Helmet (ECH), is expected to last 6 to 12 months. The previous-generation Advanced Combat Helmet (ACH) — currently in use by most U.S. combat troops — is made primarily of Kevlar and phenolic resin. The ECH will be the first to incorporate thermoplastic resin in its construction. Military sources tell HPC that the ECH comprises a carbon-fiber inner cage overmolded with a preform made from Spectra ultrahigh-molecular-weight polyethylene (UHMWPE), supplied by helmet development partner Honeywell Advanced Fibers and Composites (Colonial Heights, Va.).

“,The ECH involves a change in materials, a change in the manufacturing process and a change in the specifications,’  says Honeywell’s armor industry technical leader Lori Wagner. While the UHMWPE outer hemisphere imparts the energy-absorbing antiballistic behavior, the carbon inner cage is designed to resist deformation, offering better local-impact protection for the wearer. The design reportedly results in a 10 percent improvement in ballistic protection while reducing helmet weight.

“The military is expected to issue production contracts to several manufacturers. The helmet will be made using an out-of-autoclave, automated compression-style press. Automation is expected to reduce the cost of making the ECH by 10 to 15 percent compared to the ACH.”

Given the increased attention placed on Brain Trauma Injuries and combat-related head injuries, it is reassuring to see the application of new technologies to provide our frontline troops with greater protection while simulateously reduced the helmet weight.

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  1. Doc Bob Meaders  October 10, 2010

    If the ECH can stop a 7.62 round, a lot of energy must be dissipated in a short time by the helmet pads connecting helmet to skull. The current GI pads are so firm it’s like trying to catch a hard-thrown baseball with your arms and wrists held stiffly. You’re gonna concentrate the energy in a short area rather than if the energy of the ball is dissipated by a more flexible catch. Ditto ballistic energy dissipation/dispersion and inflexible pads. Hope our perfumed princes of the Pentagon consider this when providing the new helmt system of shell, retention and suspension system.

  1. El pais  December 3, 2011
  2. alquiler andadores  March 20, 2012