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  • SPIR-Explorer Sensor

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    The SPIR-Explorer is a lightweight radiation detection sensor for drone and robot deployment that provides real-time nuclide identification across wide dose rate ranges.

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    The SPIR-Explorer sensor is a lightweight radiation detector designed for mounting on UAVs/drones or UGVs/robots. It provides wide-range radiological detection, measurement, and nuclide identification for applications including environmental surveys, military reconnaissance, RDD/RED detection, hospital/industry hazard assessment, and nuclear power plant emergency response. Features real-time instant detection with 1000x greater sensitivity than GM-based drone sensors. Includes SpirMOBILE software for visualization, dose rate mapping, nuclide identification, and hazardous area designation. Supports remote ground computer operation via compliant radio communication or embedded computer/tablet via USB. Optional SpirVIEW Mobile software enables multi-device data fusion and swarm drone coordination.

    Description

    SPIR-Explorer Sensor

    The SPIR-Explorer sensor is a lightweight radiation detector designed for mounting on UAVs/drones or UGVs/robots. It provides wide-range radiological detection, measurement, and nuclide identification for applications including environmental surveys, military reconnaissance, RDD/RED detection, hospital/industry hazard assessment, and nuclear power plant emergency response. Features real-time instant detection with 1000x greater sensitivity than GM-based drone sensors. Includes SpirMOBILE software for visualization, dose rate mapping, nuclide identification, and hazardous area designation. Supports remote ground computer operation via compliant radio communication or embedded computer/tablet via USB. Optional SpirVIEW Mobile software enables multi-device data fusion and swarm drone coordination.

    Features

    • Real-time, instant Detection, Measurement and Identification

    • Wide dose rate range: from natural background to high accident levels

    • Light and robust

    • Simple and fully automated use

    • Lightweight means smaller drone or longer flight time

    • 1000 times more sensitive that most of the GM-based sensors for drones

    • Extrapolation of the measurements at ground level

    • Count rate per radionuclide

    Specifications

    Detectors
    NaI(Tl) dia 32 mm*51 mm or LaBr3(Eu) dia 25 mm*32 mm + 2 GM tubes (mid and high range)
    Energy range
    from 20 keV to 3 MeV
    Dose rate measurement range
    0,001 µSv/h to 10 Sv/h (0,1 µR/h to 1000 R/h)
    Detection capability
    better than 0,1 µSv/h (10 µR/h) increase in 2s
    Real-time nuclide identification
    better than 0,5 µSv/h (50 µR/h)
    Spectrometry
    1024 channels
    Acquisition rate
    0,5 second
    Spectroscopy range
    up to 100 µSV/h (10 mR/h)
    Supply voltage
    typical 4,5 to 18 V
    Power consumption
    ≤ 1 W
    Data I/O
    230 kbps (RS232C link in logical level, 3.3 V)
    Connector
    miniature cylindrical connector
    Temperature Range
    operation from -20 °C to 50 °C, operates accurately under temperature shock
    Humidity
    93% HR at 30 °C
    Protection level
    IP65
    Dimensions
    250 mm (L) x 132 mm (W) x 81 mm (H)
    Mounting
    4 x M5
    Mass (cable not connected) – NaI(Tl)
    840 g
    Mass (cable not connected) – LaBr3(Eu)
    740 g
    Compatible drones
    Mirion Radknight (Americas), AREACCESS Q800X
    Compatible radio communication system
    Smart Robotics Systems SKIDER

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