Designed for storage and transportation of your ballistic helmet and accessories, the Helmet Hut utilizes a padded construction with a helmet retention strap and internal pockets for organization.
Size : 14″ x 12″ x 8″
Available and now shipping in Black, Ranger Green, Coyote, and Multicam. Spend $150 or more this weekend and get a vacuum insulated travel mug free!
Perroz Designs has introduced a helmet cover for the Crye Precision AirFrame.
Made in Canada, the covers are a combination of 4-way stretch and Solution Dyed 500D coated CORDURA and use matching colored hook Velcro, including TAN 499 for use with MultiCam. Additionally, there is a bungee cord system to tighten the cover and tiedown accessories like strobe lights.
Offered in a wide variety of solids and camouflage patterns; check the site for availability.
Look for covers for other helmets soon.
www.perrozdesigns.com/shop/equipment/airframe-helmet-cover
Under the direction of researchers at Brown University, others from Drexel University, Sandia National Laboratory and Team Wendy are working together to study how Traumatic Brain Injuries form and developing new helmet technologies to counter them.
PROVIDENCE, R.I. [Brown University] — With a new $4.75 million grant from the Office of Naval Research, a team of scientists aims to develop new insights into how traumatic injuries form in the brain and develop new helmet technologies to help prevent them.
"The helmets used today on the battlefield and on playing fields are tested against a standard developed in late seventies to prevent skull fractures," said Christian Franck, the grant's principal investigator and an associate professor in Brown's School of Engineering. "We want to update that standard to assess how well a helmet protects the soft tissue inside the skull–the brain–and ultimately develop a prototype helmet that meets our new standard."
Accomplishing that will require a comprehensive, multi-level understanding of how forces are transmitted from a helmet to the skull, from the skull through the brain and ultimately to the individual neural cells that are damaged during traumatic brain injury (TBI).
(A device developed by Brown University researchers can deliver compressive impacts to 3-D cultures of brain cells and monitor how the cells react to that trauma in real time. The device could help scientists better understand how traumatic brain injury occurs at the cellular level. photo by: Nick Dentamaro / Brown University)
Franck will work with Brown colleagues Diane Hoffman-Kim and Haneesh Kesari, as well as researchers from Drexel University, Sandia National Laboratory and Team Wendy, a manufacturer of helmets and helmet liners.
Franck's lab at Brown has developed a novel technique for measuring the effects of traumatic forces on individual neurons. Most previous research on TBI at the cellular level has been done on two-dimensional petri dishes, but Franck uses a custom-built device that can apply compressive forces to neurons inside three-dimensional cell cultures, while using a powerful microscope to continuously monitor changes in cell structure. Franck has already used the system to gain new insights into how cells respond to traumatic strain. With is new grant, he plans to establish precise force thresholds for the onset of cellular injury.
"We want to know how much force inside the brain is too much for cells," Franck said. "That gives us a baseline for understanding exactly what kinds of forces are involved in TBI at the cellular level."
The lab of Hoffman-Kim, an associate professor of medical science and of engineering at Brown, works with mini-brains, or neuron bundles that model basic properties of living brains. The mini-brains offer a more complex cell culture than those Franck has worked with previously, which enables the researchers to better recreate the actual brain environment in which neurons operate.
The information gleaned from the cellular level will be combined with results of studies designed to better understand the forces on a helmeted head generated by typical blunt impacts and blast waves. To do that, the research team will work with Team Wendy to develop a sensor system that can be fitted to existing helmets used in combat and athletics. In 2013, Franck and Team Wendy developed a simple but fully functional impact acceleration measuring combat helmet system, which served as a proof of principle for the current grant.
The team will build upon that initial sensor design, then they'll use facilities at Drexel and Team Wendy to test the response of helmets to a wide variety of forces, and how those forces are transmitted to the skull.
To complete the picture of how forces transmitted by a helmet are distributed through the brain to individual cells, Franck will work with researchers at Sandia National Laboratory. The Sandia team who has developed models of the head and neck based on thousands of CT scans. Those models are able to provide insights into how forces are transmitted through soft tissue.
"We want put all these pieces together from the macroscopic level of helmets to the microscopic level of cells to get a complete picture of how these injuries occur," Franck said. "Once we have that, we can start to think about new methods of diagnosis and prevention."
Based on the injury model developed during this project, the researchers aim to deploy a version of their sensor system in combat theaters and playing fields.
"The idea is that when someone experiences a blow to the head, the helmet transmits the force data to a computer," Franck said. "A first responder could then look at that data and determine if TBI is likely and how severe it might be."
Ultimately, the team hopes the data generated by the research can be used to devise a new testing standard for helmets and a new helmet prototype. In developing the prototype, Franck will work closely with Team Wendy and his colleague in the School of Engineering, Haseesh Kesari, who studies the mechanical properties of solid materials.
"What's exciting to me about this is that it spans the microscale to macroscale," Franck said. "We're not aware of any other project that has taken such a comprehensive and tightly integrated approach to understanding how to better prevent these kinds of injuries."
CLEVELAND – Team Wendy will be unveiling the new M-216 Ski Search & Rescue Helmet during this week’s Outdoor Retailer Summer Market in Salt Lake City, UT. The M-216 is not your average ski helmet; it provides mounting capabilities not previously available to rescue operators in any ski or snow rated helmet. Utilizing features originally developed for the military and tactical community, the helmet provides side accessory rails for mounting a variety of lights and cameras, and a glass-reinforced polycarbonate shroud for attaching headlamps, cameras, or even night optics devices such as thermal sights. Every helmet features a Princeton Tec® task light (choice of MPLS Point or Switch), designed to seamlessly integrate with the accessory rail. Included Picatinny Quick Release Rail Adapters allow tool free removal and attachment of any other standard Picatinny mountable accessories. An open area on the crown allows for mounting of cameras and beacon lights, including the MOHOC® military-optimized camera, and Core Survival HEL-STAR® 6 multi-function. The helmet has also been optimized for comfort and stability featuring a customized Boa® Closure System to provide precise fit adjustment with single handed quick release, and an under the chin retention strap with Fidlock® magnetic buckle for one handed operation even when wearing gloves.
The protection offered by the M-216 includes the requirements of ASTM F2040-17 for recreational snow sports and BS EN 1077: 2007 Class B for alpine skiing and snowboarding.
If you are attending Outdoor Retailer Summer Market be sure to stop by our booth #BR336 and register to win your very own M-216 Ski Search & Rescue Helmet.
Simpson, PA, July 24, 2017. Gentex Corporation, a global leader in personal protection and situational awareness solutions for defense forces, emergency responders, and industrial personnel has been awarded a $13,443,811 firm-fixed-price contract by the U.S. Army for the delivery of Apache Aviator Integrated Helmets (AAIH).
Worn by Apache helicopter crews, the AAIH is an integrated helmet, display, and sight system with improved safety features and comfort that provides situational awareness and targeting information. The integrated helmet is a key component of the next generation Apache helicopter, the AH-64E, which will be flown by over 15 countries.
Prior to the competitive win, Gentex had been supplying the helmet to the Army as a subcontractor under a prior agreement. “We’re proud to have been chosen to continue producing this next generation aviator helmet for the Army,” said Robert McCay, vice president aircrew systems, Gentex Corporation. “Providing the helmet to the Army directly allows for better pricing, and streamlined engineering and integration support.”
The AAIH is based on the highly successful Gentex HGU-56/P Rotary Wing Helmet System, which Gentex has been supplying to the U.S. DoD since 1993. Work for the AAIH contract will be conducted at Gentex’s large capacity manufacturing facility in Simpson, Pennsylvania, and is expected to be complete by June, 2022.
MARINE CORPS BASE QUANTICO, Virginia— Marine Corps Systems Command welcomed U.S. Congresswoman Niki Tsongas to the Gruntworks Squad Integration Facility aboard Marine Corps Base Quantico July 11. During her visit Tsongas received an insider view of advancements in personal protective equipment and load bearing equipment for Marines.
Massachusetts Congresswoman Niki Tsongas joins Marine Corps Systems Command acquisition experts aboard Marine Corps Base Quantico, Virginia, July 11, for a sneak peek at the latest gear for the 21st Century Marine. In a series of ongoing efforts, the Corps and the Army are collaborating to develop, test and deliver ever-better capabilities for Marines and Soldiers. From left: Brig. Gen. Joseph Shrader, MCSC commander; Lt. Col. Chris Madeline, program manager for Infantry Combat Equipment; Rep. Tsongas; and Mackie Jordan, an engineer in PM ICE. (U.S. Marine Corps photo by Emily Greene)
Raised in a military family herself, Tsongas represents the Massachusetts Third District. She is also a senior member of the House Armed Services Committee, and has been serving as the highest ranking Democrat on the largest HASC subcommittee, the Tactical Air and Land Forces Subcommittee (TAL), since the beginning of 2017. The TAL Subcommittee is responsible for overseeing and authorizing the research, development, production and procurement of a large segment of the resources and equipment used by the military services. Rep. Tsongas has led the push for modernized body armor and is working to support military innovation, particularly when it comes to lightening the load for the Warfighter.
"The Marine Corps is always looking to improve on current equipment to make it lighter, provide additional capability, and make it fit better," said LtCol Christopher Madeline, program manager for Infantry Combat Equipment at MCSC. "It was important to us to provide Congresswoman Tsongas an interactive experience with our newest gear so she has a more intimate understanding of our capabilities."
The Marine Corps is collaborating with the Army in a series of efforts to develop, test and deliver enhanced capabilities for Marines and Soldiers. As part of these efforts MCSC is changing the sizing of clothing, uniforms, and personnel protective and load bearing equipment to provide better fit, function and form for Marines, Madeline said.
Plate Carrier Generation III: The Marine Corps and Army are closely aligned to ensure uniforms and personal protective equipment properly fit female and male service members in order to accommodate every individual Marine and Soldier. The services are partnering to develop the PC Gen III, a service-common vest that will provide better fit, comfort and mobility. The new prototype reduces the length of the protective vest by 1.25 inches; provides sports-graded shoulder straps to improve fit; and is about 23 percent lighter than previous models. The new sizes will provide small-stature Marines with a better fit and reduce the weight associated with wearing a larger plate.
Enhanced Combat Helmet: In May 2017, the Marine Corps awarded a contract to procure an additional 84,000 ECHs. Since 2014, Marines had only been issued the ECH prior to deployment. This purchase will enable Marines to use the helmet during training as well, eliminating the need to trade helmets before and after deployments. The Marine Corps currently manages three ballistic helmets but the future vision is a single helmet for all operating forces, which greatly simplifies logistics considerations and increases cost savings. Also used by the Army and Navy, the ECH provides the most ballistic protection beyond any other Department of Defense helmet. It exploits lightweight material technology to provide enhanced ballistic protection against select small arms and fragmentation. Fielding will begin in the spring of 2018, allowing Marines to train with the same equipment they use in combat.
Marine Corps Pack System: After extensive cold weather testing earlier this year, the Corps is working to re- enforce the frame of the pack system Marines use to carry equipment and gear on their backs. Although the frames were previously tested at temperatures ranging from -40 degrees to 140 degrees Fahrenheit, in accordance with North Atlantic Treaty Organization standards, it was found that real-world artic conditions caused the frames to become brittle and snap in extreme cold. During the test period, more than half a dozen MCSC experts worked to solicit feedback from Marines using the packs in order to identify how to improve the equipment.
MCSC is planning additional environmental and field testing for a more comprehensive evaluation of the reinforced frame’s performance in extreme cold temperatures. The testing will also determine additional root causes of the legacy frame failures, such as material aging and increased loads, to mitigate potential issues with the reinforced frame after fielding.
During Tsongas’ visit, MCSC experts briefed the congresswoman on the evolution of Marine Corps personal protective and load bearing equipment, allowing her to try on the PC GEN III, ECH and Marine Corps Pack System. Tsongas also received a behind-the-scenes demonstration of how engineers and specialists analyze and assess body types for equipment development.
“Since being elected to Congress, I have sought to ensure that our men and women in uniform are outfitted with the best life-saving equipment,” said Congresswoman Tsongas. “I appreciate the opportunity to visit Marine Corps Systems Command to see firsthand how they are seeking to improve the personal protective equipment issued to Marines. I look forward to continuing to work with the Marine Corps and the joint services to continue advancements in this most important equipment category.”
SSD Comments: While fielding of the Enhanced Combat Helmet is finally underway, an upgrade to the plate carrier shown is unfunded. Additionally, while much ado has been made about broken Pack Frames, investigation has revealed few actual breakages and those were under questionable circumstances.
Team Wendy will exhibit the new M-216 Ski Search & Rescue Helmet at next week’s Outdoor Retailer Summer Market in SLC, booth #BR336.
Natick has issued an update to the pre-solicitation for the SPEAR Family of Tactical Headborne Systems Coxswain Helmet System.
“Final solicitation is estimated to be released end of July/beginning of August 2017. Proposals will be requested within 1-2 months of RFP release. The response date indicated for this notice is an estimate at this time.”
The new estimated response date, when proposals are due to the government, is Sep 15, 2017 12:00 pm Eastern which is a change from the original estimate of Jul 25, 2017 12:00 pm Eastern.
The SPEAR Family of Tactical Headborne Systems Coxswain Helmet System will consist of a non-ballistic helmet system with modular accessories which will consist of a visor, ballistic mandible, non-ballistic (i.e. impact) mandible, and two piece ballistic appliqué. Additionally, the helmets require a variety of VAS Shrouds, Helmet Covers, Accessory Rails, Pads, Exterior Velcro sets, and Peltor Adapters.
The helmets will be offered in five sizes in Tan, Neutral Grey, AOR 1, AOR 2 and MultiCam.
The contract, when awarded will be valued at up to $95 million.
For full details, visit www.fbo.gov.
