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Accipiter® Avian Radar
The Accipiter®AR product line provides affordable, high-performance, avian radar target information
solutions that address natural resource management (NRM) and bird aircraft strike hazard (BASH)
management applications. Accipiter®AR is network-enabled to support regional, national and continental
sensor integration for wide-area advisory systems.
Bird-aircraft strikes cost in excess of one billion dollars annually in damage to
aircraft and interruptions of air operations worldwide, not to mention the
potential for loss of life. The Accipiter®AR line provides sophisticated tools to assist
wildlife biologists and air operations personnel, including real-time geo-referenced target displays,
real-time automated alerts, and historical information that characterize bird movements and abundance.
Accipiter Radar leaders, innovators and educators in the field of affordable radar networks for flight safety
and environmental protection, are pleased to introduce the latest evolution in the world's only 360° 3D
Accipiter® Avian Radar. Our new (patent pending) multi-beam antenna system marks exciting progress in
improved aviation safety.  |
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Accipiter® Security Radar
The Accipiter®SR product line provides affordable, high-performance radar target information solutions
for homeland security applications including border enforcement, interdiction, critical infrastructure
protection, harbor and port security, coastal surveillance and search and rescue. Accipiter®SR provides
all weather, day-night, situational awareness with automated, advance warning of threats in accordance
with user-defined business rules. It is network-enabled to facilitate continuous, wide-area radar surveillance, remote target
information distribution and remote operation.
Accipiter®SR can be deployed on a variety of platforms to meet mission requirements including trailers,
trucks, towers, and rooftops. In addition, Accipiter®SR can be configured as a payload for airborne
platforms such as aerostats or UAVs. Accipiter®SR's information system supports integration and fusion
of multiple radars and other sensors such as cameras and automatic identification systems (AIS). 
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