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By Eddy Metcalf |
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February 24, 2011 - Northrop Grumman and SELEX Galileo
announced the successful integration of a continuous
laser autoboresight module into an advanced jam head to
enhance the signal jamming capabilities of the company's
U.S. Army Common Infrared Countermeasures (CIRCM)
self-protection system offering. The CIRCM jam head is lightweight, small, inexpensive and highly reliable, designed specifically for rotary-wing applications. The laser autoboresight module ensures that laser energy is aligned with the jam head track point to maintain jamming energy on the threat missile. The continuous autoboresight hardware monitors the laser boresight relative to the jam head track source and makes real-time adjustments to keep the two aligned. |
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"Incorporating a continuous laser autoboresight functionality into this jam head is necessary to automatically maintain good laser pointing in the rotary-wing environment," said Carl Smith, vice president of infrared countermeasures for Northrop Grumman's Land and Self Protection Systems Division.
"The
accuracy and agility of this jam head is so advanced it can
maintain the laser beam on the dome of small man-portable
missiles moving faster than the speed of sound." The
autoboresight module is designed to work with any jamming laser,
enabling future laser upgrades without having to modify the jam
head.
"This
system can deliver the jamming energy required to defend our
helicopters from current and future threats," Smith added. The
multi-band Viper? laser, currently in full rate production, and
a small jam head were used during this demonstration with
positive results.
The module also measures laser power in the jam head prior to exiting the system to ensure the system is fully functional. The module design itself builds upon autoboresight modules currently in use on other production systems. |