squire gsr datasheet

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  • SQUIRE GROUND SURVEILLANCE RADAR SYSTEM

    The SQUIRE ground surveillance radar is rugged and man-portable and provides a long-range target detection capability. The radar is well-suited for many situations, including border surveillance, infrastructure protection, dignitary protection, force protection and battlefield surveillance.

    This state-of-the-art, solid-state Frequency Modulated Continuous Wave (FMCW) radar automatically detects moving targets out to 48 kilometers; fixed target cancellation, subclutter detection and inbound/outbound indication are achieved by doppler FFT processing. The low output of power of FMCW increases the radars reliability and reduces radiation hazards.

    The SQUIRE has an extremely high Mean Time Between Failures (MTBF) and a very low Mean Time To Repair (MTTR). This high MTBF ensures that the lifecycle cost of SQUIRE is significantly lower than comparable systems. SQUIRE radar can be combined with an electro-optic (TV/IR) and Command and Control (C2) system to provide multi-sensor surveillance capability.

    The SQUIRE reduces manpower requirements through a high probability of detection combined with a very low false alarm rate, even in clutter environments. SQUIRE is a proven and reliable performer in real-world, harsh environment surveillance missions.

    ADVANTAGES Proven and reliable in real-world, harsh mission

    environments Detects moving targets out to 48 km, but efficiently

    transmits a maximum of only 1 W output power Adaptable as a stand alone or an integrated system,

    SQUIRE can be used for border surveillance, infrastructure and force protection, and battlefield surveillance

    Proven Performance For Unmatched Surveillance

    Cleared for Public Release - DRS TCO Dated 27 August 2013.

  • 16 kg24 VDC65 W x 47 H x 24 D cm35 W x 7 H x 28 D cm 120 cm

    2.87.51 W, 100 mW, 10 mWI/J-band fixedContinuous/sector+/- 27010 - 3607/s or 14/sTilt between -200 and +400 mils 40 W (normal operation)

    GENERAL FEATURES Radar weight:Power supply:Radar unit dimensions:Operator unit dimensions:Tripod effective height:

    ANTENNA/RECEIVERHorizontal beamwidth: Vertical beamwidth:Output power:Frequency: Transmission modes: Azimuth limit:Scan sector: Scan speed: Elevation:

    Power dissipation:

    5120.5 meters/s3, 6, 12, 24 or 48 km

    -46C to +71C-40C to +49CUp to 95% at 35C

    Pfa = 10-6, Pd = 90%, moving target10 km

    15 km 15 km

    24 km

    EthernetMicrosoft Windows XP ProfessionalYesYesYes

    VIDEO PROCESSORRange cells:Minimum radial target speed:Instrumented range:

    ENVIRONMENTALTemperature (storage):Temperature (operational):Relative humidity:Meets NATO standards

    RANGE PERFORMANCEFree space detection range:

    Pedestrian (RCS 1 m2): Jeep-sized vehicle (RCS 10 m2):Helicopter (RCS 5 m2):Tank-sized vehicle (RSC 50 m2):

    NETWORKED OPTION External interface: Operating system:

    Wireless capability: Map displays and overlays:Data logging and replay:

    DRS C3 & Aviation Company400 Professional Drive, Suite 400, Gaithersburg, MD 20879 301.921.8100 Fax 301.921.8010 www.drs.com | [email protected]

    Specifications subject to change without notice. Copyright DRS C3 & Aviation Company 2013. All Rights Reserved.All trademarks and registered trademarks are the property of their respective owners.

    Export of the commodities described herein as customized for a particular use is strictly prohibited without a valid export license issued by the U.S. Department of State Office of Defense Trade Controls prescribed in the International Traffic in Arms Regulation (ITAR), Title 22, Code of Federal Regulation (CFR), Parts 120-130.

    DRS C3 V3 08/28/13

    FEATURES Commercial Off-The Shelf (COTS) or Rugged Computer with

    Microsoft Windows XP Professional operating system Man-portable Low power consumption Battery operation (24 VDC) or external power External interface for networking and target cueing Automatic surveillance and detection Automatic target tracking and classification

    Cleared for Public Release DRS FSO Dated 28 August 2013.