THE SITUATION
The changing nature of warfare, namely the widespread use of improvised explosive devices (IEDs), is resulting in a disproportionate number of head injuries. As reported in The Journal of Trauma (2008), “Up to 30% of all casualties now present with facial and neck injuries, although the face, head and neck represent only 12% of total body area.” The same study suggests that the enemy actually targets these vulnerable and unprotected areas of the armored soldier[i]—with devastating results.
INJURY LANDSCAPE
The types of combat head and face injuries are as broad as they are numerous. The result of blunt force, blast and ballistic impacts, they range from hard and soft tissue maxillofacial wounds to traumatic brain injury (TBI), coined “a signature injury of the wars in Iraq and Afghanistan.”[ii] The U.S. Department of Defense reports over 212,000 instances of TBI between 2000 and 2011 amongst its troops[iii], with TBI ranging in severity from mild concussion to penetrating wounds.
The human impact of these injuries is astounding, with months—sometimes years—of reconstructive surgery, rehabilitation and reintegration work. Among the most devastating head injuries are the ones you can?t necessarily see like TBI. In July 2011, the Alzheimer's Association warned, “Older veterans who experienced traumatic brain injury showed a more than two-fold increase in the risk of developing dementia.”[iv] These findings and others have defense departments, the medical community and industry investing hundreds of millions of dollars into the research, understanding and prevention of TBI.
THE SOLUTION
When it comes to head injury prevention, one MIT study is hopeful; adding a face shield to current in-service helmets could not only mitigate hard and soft tissue maxillofacial wounds, but also “significantly reduce” the incidence of traumatic brain injury.[v] Sophisticated finite element analysis (FEA) modeling studies reveal that the face is the main pathway through which blast waves are transmitted to the brain.vi Face shields such as visors and mandible guards could help reduce the incidence of TBI due to explosions because this physical barrier impedes “direct transmission of blast waves to the face.”[vii]
INTRODUCING THE BATLSKIN™ HEAD PROTECTION SYSTEM
The first fully integrated and fully modular solution of its kind, Revision's Batlskin Head Protection System combines groundbreaking technology with new materials and innovative processes to deliver an all-new ballistic helmet shell, trauma liner, front mount, retention system, mandible guard and visor. The result is a single, fully integrated and modular system that provides excellent protection from blunt force, blast and ballistic threats, with a lightweight wearability for peak performance.
Performance gains come not only from weight reduction but from the system?s ability to rapidly configure to the mission. Without the use of tools, a soldier can quickly armor-up or -down via the Batlskin multipurpose front mount. A visor can be donned, doffed, raised or lowered using a single hand; lower mandible protection can be added as well, then removed when the threat is gone. These components seamlessly integrate with each other. Just as importantly, they can be worn independently, providing the soldier with complete flexibility and the ideal balance between protection and lethality in any given situation.
BATLSKIN HEAD PROTECTION SYSTEM COMPONENT OVERVIEW
The Batlskin Lightweight Helmet uses advanced shell technology to achieve weight reduction while increasing ballistic performance. Its rigid construction is engineered to withstand blunt force, blast and ballistic threats.
? Hybridized layers of materials bonded through innovative manufacturing processes provide the next generation of combat helmet shells
? Enhanced ballistic performance, at minimum 20% lighter than current aramid shells, for long-wear comfort
The Batlskin Impact Liner uses dual foam technology for superior fit, comfort and impact absorption. Its patented design allows for cooling and stability while shim pads afford a custom fit.
? Exceeds EN 397, Canadian CG634 and U.S. ACH impact standards
? Lightweight, sweat-wicking materials offer superior comfort and wearability
The Batlskin Ergonomic Retention System employs one-handed adjustment buckles for ease of use and straight-line-force design for stability—even with night vision equipment.
? Integrates with Batlskin Head Protection System ensuring no interference with communications equipment or when sighting a weapon
? Comfortable nape pad and cabretta leather-lined chin strap allow for superior wearability
The Patented Batlskin Multi-Purpose Front Mount allows for the rapid attachment of protection enhancing devices such as the Batlskin visor and mandible guard. Ingeniously, it also doubles as a universal NVG mount with a lightweight and durable construction for modern-day battlefield use.
? Provides excellent stability for NVG use and
other surveillance devices
? Core piece that seamlessly integrates Batlskin
visor and mandible guard
The Batlskin High-Threat Mandible Guard provides lightweight blunt force, blast and ballistic protection for the lower jaw. Its durable, low-profile design is engineered for rapid attachment and removal while on the fly.
? Seamlessly integrates with all Batlskin modular components even when sighting a crew served weapon
? Alternative polycarbonate or lightweight wire cage mandible guards available for different threat levels
The Batlskin Three-Position Visor provides blunt force, blast and ballistic protection, flawless optics and maximum field-of-view. Designed for quick donning and doffing while on the move, it is scratch, fog and chemical resistant.
? Locked, vented and up positions allow for full ballistic coverage, breathability & adjustability
? Visor frame, seal and arm ensure secure attachment to the helmet during blast overpressure stresses
ABOUT REVISION
Revision develops and delivers purpose-built protective equipment for military use worldwide. The company, which began with eyewear, has expanded to face and head protection and continues to develop their capabilities for integrated, performance-enhancing soldier systems. To that end, Revision brings the most advanced expertise, state-of-the-art facilities and finest technical minds. Clients include the U.S. Department of Defense, the Canadian Department of National Defence, the Netherlands Defence Materiel Organization, the German Federal Defence Force and the UK Ministry of Defence. Privately owned and ISO 9001:2008 certified, Revision?s operational headquarters is located in Essex Junction, Vermont, USA, with additional offices in the Netherlands and Canada. For more information, visit www.revisionmilitary.com, write info@revisionmilitary.com, or call +1 514.849.1874.
i Petersen, K., Hale, R. G., Hayes, D. K., Blice, J. P. (2008). Prevention and management of combat-related infections of the maxillofacial, head and neck region: a review. The Journal of Trauma, (64)3, S265-76.
ii Hoge, C. W., McGurk, D., Thomas, J. L., Cox, A. L., Engel, C. C., Castro, C. A. (2008). Mild Traumatic Brain Injury in U.S. Soldiers Returning from Iraq. The New England Journal of Medicine, (358) 5, 453-63.
iii DoD Worldwide Numbers for Traumatic Brain Injury „00-„11 Q1 Totals (2011). Defense and Veterans Brain Injury Center. Retrieved from http://www.dvbic.org/TBI-Numbers.aspx
iv Kristine Yaffe, MD, et al. Traumatic Brain Injury and Risk of Dementia in Older Veterans. (Funder: U.S. Department of Defense). Retrieved from http://www.alz.org/aaic/monday_1230amCT_news_release_brain_injury.asp
v Hirsch, J. (2010, November 22). MIT study: Adding face shields to helmets could help avoid blast-induced brain injuries. MIT Media Relations. Retrieved from http://web.mit.edu/press/2010/brain-injuries-1123.html
vi Hirsch, J. (2010, November 22). MIT study: Adding face shields to helmets could help avoid blast-induced brain injuries. MIT Media Relations. Retrieved from http://web.mit.edu/press/2010/brain-injuries-1123.html
vii Hoge, C. W., McGurk, D., Thomas, J. L., Cox, A. L., Engel, C. C., Castro, C. A. (2008). Mild Traumatic Brain Injury in U.S. Soldiers Returning from Iraq. The New England Journal of Medicine, (358) 5, 453-63.
The changing nature of warfare, namely the widespread use of improvised explosive devices (IEDs), is resulting in a disproportionate number of head injuries. As reported in The Journal of Trauma (2008), “Up to 30% of all casualties now present with facial and neck injuries, although the face, head and neck represent only 12% of total body area.” The same study suggests that the enemy actually targets these vulnerable and unprotected areas of the armored soldier[i]—with devastating results.
INJURY LANDSCAPE
The types of combat head and face injuries are as broad as they are numerous. The result of blunt force, blast and ballistic impacts, they range from hard and soft tissue maxillofacial wounds to traumatic brain injury (TBI), coined “a signature injury of the wars in Iraq and Afghanistan.”[ii] The U.S. Department of Defense reports over 212,000 instances of TBI between 2000 and 2011 amongst its troops[iii], with TBI ranging in severity from mild concussion to penetrating wounds.
The human impact of these injuries is astounding, with months—sometimes years—of reconstructive surgery, rehabilitation and reintegration work. Among the most devastating head injuries are the ones you can?t necessarily see like TBI. In July 2011, the Alzheimer's Association warned, “Older veterans who experienced traumatic brain injury showed a more than two-fold increase in the risk of developing dementia.”[iv] These findings and others have defense departments, the medical community and industry investing hundreds of millions of dollars into the research, understanding and prevention of TBI.
THE SOLUTION
When it comes to head injury prevention, one MIT study is hopeful; adding a face shield to current in-service helmets could not only mitigate hard and soft tissue maxillofacial wounds, but also “significantly reduce” the incidence of traumatic brain injury.[v] Sophisticated finite element analysis (FEA) modeling studies reveal that the face is the main pathway through which blast waves are transmitted to the brain.vi Face shields such as visors and mandible guards could help reduce the incidence of TBI due to explosions because this physical barrier impedes “direct transmission of blast waves to the face.”[vii]
INTRODUCING THE BATLSKIN™ HEAD PROTECTION SYSTEM
The first fully integrated and fully modular solution of its kind, Revision's Batlskin Head Protection System combines groundbreaking technology with new materials and innovative processes to deliver an all-new ballistic helmet shell, trauma liner, front mount, retention system, mandible guard and visor. The result is a single, fully integrated and modular system that provides excellent protection from blunt force, blast and ballistic threats, with a lightweight wearability for peak performance.
Performance gains come not only from weight reduction but from the system?s ability to rapidly configure to the mission. Without the use of tools, a soldier can quickly armor-up or -down via the Batlskin multipurpose front mount. A visor can be donned, doffed, raised or lowered using a single hand; lower mandible protection can be added as well, then removed when the threat is gone. These components seamlessly integrate with each other. Just as importantly, they can be worn independently, providing the soldier with complete flexibility and the ideal balance between protection and lethality in any given situation.
BATLSKIN HEAD PROTECTION SYSTEM COMPONENT OVERVIEW
The Batlskin Lightweight Helmet uses advanced shell technology to achieve weight reduction while increasing ballistic performance. Its rigid construction is engineered to withstand blunt force, blast and ballistic threats.
? Hybridized layers of materials bonded through innovative manufacturing processes provide the next generation of combat helmet shells
? Enhanced ballistic performance, at minimum 20% lighter than current aramid shells, for long-wear comfort
The Batlskin Impact Liner uses dual foam technology for superior fit, comfort and impact absorption. Its patented design allows for cooling and stability while shim pads afford a custom fit.
? Exceeds EN 397, Canadian CG634 and U.S. ACH impact standards
? Lightweight, sweat-wicking materials offer superior comfort and wearability
The Batlskin Ergonomic Retention System employs one-handed adjustment buckles for ease of use and straight-line-force design for stability—even with night vision equipment.
? Integrates with Batlskin Head Protection System ensuring no interference with communications equipment or when sighting a weapon
? Comfortable nape pad and cabretta leather-lined chin strap allow for superior wearability
The Patented Batlskin Multi-Purpose Front Mount allows for the rapid attachment of protection enhancing devices such as the Batlskin visor and mandible guard. Ingeniously, it also doubles as a universal NVG mount with a lightweight and durable construction for modern-day battlefield use.
? Provides excellent stability for NVG use and
other surveillance devices
? Core piece that seamlessly integrates Batlskin
visor and mandible guard
The Batlskin High-Threat Mandible Guard provides lightweight blunt force, blast and ballistic protection for the lower jaw. Its durable, low-profile design is engineered for rapid attachment and removal while on the fly.
? Seamlessly integrates with all Batlskin modular components even when sighting a crew served weapon
? Alternative polycarbonate or lightweight wire cage mandible guards available for different threat levels
The Batlskin Three-Position Visor provides blunt force, blast and ballistic protection, flawless optics and maximum field-of-view. Designed for quick donning and doffing while on the move, it is scratch, fog and chemical resistant.
? Locked, vented and up positions allow for full ballistic coverage, breathability & adjustability
? Visor frame, seal and arm ensure secure attachment to the helmet during blast overpressure stresses
ABOUT REVISION
Revision develops and delivers purpose-built protective equipment for military use worldwide. The company, which began with eyewear, has expanded to face and head protection and continues to develop their capabilities for integrated, performance-enhancing soldier systems. To that end, Revision brings the most advanced expertise, state-of-the-art facilities and finest technical minds. Clients include the U.S. Department of Defense, the Canadian Department of National Defence, the Netherlands Defence Materiel Organization, the German Federal Defence Force and the UK Ministry of Defence. Privately owned and ISO 9001:2008 certified, Revision?s operational headquarters is located in Essex Junction, Vermont, USA, with additional offices in the Netherlands and Canada. For more information, visit www.revisionmilitary.com, write info@revisionmilitary.com, or call +1 514.849.1874.
i Petersen, K., Hale, R. G., Hayes, D. K., Blice, J. P. (2008). Prevention and management of combat-related infections of the maxillofacial, head and neck region: a review. The Journal of Trauma, (64)3, S265-76.
ii Hoge, C. W., McGurk, D., Thomas, J. L., Cox, A. L., Engel, C. C., Castro, C. A. (2008). Mild Traumatic Brain Injury in U.S. Soldiers Returning from Iraq. The New England Journal of Medicine, (358) 5, 453-63.
iii DoD Worldwide Numbers for Traumatic Brain Injury „00-„11 Q1 Totals (2011). Defense and Veterans Brain Injury Center. Retrieved from http://www.dvbic.org/TBI-Numbers.aspx
iv Kristine Yaffe, MD, et al. Traumatic Brain Injury and Risk of Dementia in Older Veterans. (Funder: U.S. Department of Defense). Retrieved from http://www.alz.org/aaic/monday_1230amCT_news_release_brain_injury.asp
v Hirsch, J. (2010, November 22). MIT study: Adding face shields to helmets could help avoid blast-induced brain injuries. MIT Media Relations. Retrieved from http://web.mit.edu/press/2010/brain-injuries-1123.html
vi Hirsch, J. (2010, November 22). MIT study: Adding face shields to helmets could help avoid blast-induced brain injuries. MIT Media Relations. Retrieved from http://web.mit.edu/press/2010/brain-injuries-1123.html
vii Hoge, C. W., McGurk, D., Thomas, J. L., Cox, A. L., Engel, C. C., Castro, C. A. (2008). Mild Traumatic Brain Injury in U.S. Soldiers Returning from Iraq. The New England Journal of Medicine, (358) 5, 453-63.