MEDIA ALERT/ New Landmine Detection Technology May Aid U.S. Soldiers in Afghanistan.Business Editors & News Writers WALTHAM Waltham (wôl`thăm, –thəm), city (1990 pop. 57,878), Middlesex co., E Mass., a suburb of Boston, on the Charles River; settled c.1634, set off from Watertown 1738, inc. as a city 1884. , Mass.--(BUSINESS WIRE)--Dec. 31, 2001 If you are planning a story on the ongoing landmine problem in Afghanistan Afghanistan (ăfgăn`ĭstăn', ăfgän'ĭstän`), officially Islamic Republic of Afghanistan, republic (2005 est. pop. 29,929,000), 249,999 sq mi (647,497 sq km), S central Asia. , or on new landmine detection technologies, you should be aware of a new technology, developed by CyTerra Corporation, that has already passed final testing by the US Army and is ready for production.
WHAT: In two recent incidents, US soldiers in Afghanistan
have become victims of undetected landmines. In
sharp contrast to the highly sophisticated
technology used in other parts of military
operations, 60 year-old metal detection technology
is still being used to locate mines.
CyTerra's new HSTAMIDS (Handheld Standoff Mine
Detection System) device quickly and accurately
detects all buried landmines including the
non-metallic landmines like the one that recently
injured three Marines. It is the only new landmine
detection technology to complete the Army's rigorous
performance and logistical testing requirements.
WHEN: Accelerated initial production - which could have
units in the field within 3-4 months - is awaiting a
final funding decision by the US Army, which is
expected shortly. Last February, the Army awarded
CyTerra a three-year, $12.3 million contract to
conduct final production engineering and testing of
the units. At that time, target date for deployment
was 2004, so an accelerated production schedule
would significantly shorten the original timetable.
WHO: Dr. David Fine, CEO of CyTerra, is available for
interviews. We can provide B-roll as well as a
schematic of the new device.
CyTerra's system combines ground-penetrating radar Ground-penetrating radar (GPR) is a geophysical method that uses radar pulses to image the subsurface. This non-destructive method uses electromagnetic radiation in the microwave band (UHF/VHF frequencies) of the radio spectrum, and detects the reflected signals from with state-of-the-art metal detection technology. By fusing In electrophotography, making the toner adhere permanently to the paper. Heat fusing melts the toner, which is pressed into the paper. Cold fusing presses the toner into the paper without applying any heat. Flash fusing melts the toner with light, and no heat or pressure is used. the two technologies into a single search head, the unit achieves a detection rate of close to100 percent with a very low false alarm rate. The new HSTAMIDS HSTAMIDS Handheld Standoff Mine Detection System (Army) unit enables operators to identify metallic and non-metallic, anti-personnel and anti-tank mines An anti-tank mine, (abbreviated to "AT mine"), is a type of land mine designed to damage or destroy vehicles including tanks and armoured fighting vehicles. Compared to anti-personnel mines, anti-tank mines typically have a much larger explosive charge, and a fuze designed with considerably greater reliability and significantly faster than with currently-fielded, conventional metal detector-only systems. |
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