Mike Dennis Jude Dennis - Oregon Aero
Mike Dennis Jude Dennis - Oregon Aero
Mike Dennis Jude Dennis - Oregon Aero
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Ballistic Helmet Upgrade Kits<br />
Shock Loads Reduced<br />
Peak Headform Acceleration (G)<br />
Average of Peak G Impact Performance<br />
at 3 m/sec (~10ft/sec)<br />
300<br />
250<br />
200<br />
150<br />
100<br />
50<br />
0<br />
276.8<br />
188.37<br />
73.5<br />
PASGT USMC LWH PASGT USMC LWH MICH/ACH<br />
Standard Original w/<strong>Oregon</strong> <strong>Aero</strong> ® w/<strong>Oregon</strong> <strong>Aero</strong> ® w/<strong>Oregon</strong> <strong>Aero</strong> ®<br />
Helmet impact tests conducted by two independent, certified laboratories<br />
Issue Issue Pads<br />
Pads<br />
Pads<br />
to<br />
modified 49 CFR 571.218 per U.S. Military instructions. The Abbreviated<br />
Injury Scale (AIS) is an anatomical scoring system first introduced in 1969.<br />
Since then, it has been revised and updated against survival so that it now<br />
provides a reasonably accurate way of ranking the severity of injury. The<br />
latest incarnation of the AIS score is the 1990 revision. The AIS is monitored<br />
by a scaling committee of the Association for the Advancement of<br />
Automotive Medicine.<br />
77.25<br />
Unsurvivable<br />
Minor Injury<br />
64.27<br />
Weight, Buoyancy Testing<br />
All types of ballistic helmets with <strong>Oregon</strong> <strong>Aero</strong> ®<br />
Helmet Pads are positively buoyant, making them safer<br />
in amphibious and water-fording situations.<br />
SAFER HELMETS — <strong>Oregon</strong> <strong>Aero</strong> ® Ballistic Helmet Liner Pads<br />
provide superior shock absorption and are pain-free, moisture<br />
and waterproof, gas and air permeable, self-wicking, and<br />
positively buoyant. The patented pads were developed for the<br />
U.S. Army Special Operations MICH helmet. See more test data at<br />
<strong>Oregon</strong><strong>Aero</strong>.com.<br />
Additional Testing<br />
The <strong>Oregon</strong> <strong>Aero</strong> ® BLSS ® Kit padding also has undergone<br />
and passed testing for the following conditions:<br />
• Submersion in 66' of saltwater<br />
• Exposure to fuels, oils, insect repellent, camouflage<br />
face paint<br />
• Gas mask and Night Vision goggle use<br />
• Temperatures of -60°F to +160°F<br />
The Marine<br />
Combat Vehicle<br />
Crewman (CVC)<br />
Helmet can be<br />
made painless and<br />
safer with <strong>Oregon</strong><br />
<strong>Aero</strong> ® Helmet<br />
Liner Pads.<br />
POSITIVELY BUOYANT — All items of the Helmet Upgrades were<br />
weighed and charted separately. Systems were submerged in sweet<br />
water and tested side-by-side. The <strong>Oregon</strong> <strong>Aero</strong> ® upgraded helmet<br />
is positively buoyant (at right); the PASGT helmet is negatively<br />
buoyant (at left). <strong>Oregon</strong> <strong>Aero</strong> ® Pads are positively buoyant in all<br />
helmet types.<br />
What Looks Simple —<br />
Isn’t!<br />
Many <strong>Oregon</strong> <strong>Aero</strong> products look simple but actually<br />
require complex design and manufacturing processes.<br />
Creating the patented <strong>Oregon</strong> <strong>Aero</strong> ® Ballistic Helmet Liner<br />
Pads demands precise engineering of multiple components.<br />
Each one of the visco-elastic Pads requires 55 individual components<br />
and 27 separate manufacturing steps.<br />
The liner pads and our four-point chin<br />
strap/harness and integrated nape pad<br />
are available for most helmet styles,<br />
including the ACH, LWH, PASGT,<br />
MICH, RBR and others.<br />
27 STEPS — Drums are loaded and material mixed to create the proprietary<br />
gas and air permeable, yet moisture and waterproof coating applied to<br />
each Helmet Liner Pad. The material is kept at a constant temperature<br />
and humidity. Each <strong>Oregon</strong> <strong>Aero</strong> ® Helmet Liner Pad goes through 27<br />
manufacturing steps.<br />
The Ultimate in Helmet Comfort and Safety<br />
47