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The Thermogram

Guide · segment S1

Guide MobIR ES2+

€€

256 × 192 genuinely measured detector, 15 mK NETD, 30 Hz.

    49,152 measured points
    Editorial detector visualization; the stated native-resolution figure is authoritative.
    Published by the manufacturer

    Specifications

    Values come from manufacturer documentation. This device has not been physically tested.

    Identity
    BrandGuide
    ModelMobIR ES2+
    SeriesMobIR 3.0
    Release year2026
    Commercial statuscurrent
    GTIN / EANnot published by the manufacturer
    Manufacturer part numberMobIR ES2+
    SegmentS1
    Sensor and image
    Native resolution, width (px)256
    Native resolution, height (px)192
    Native detector pixels49152
    Output resolution, width (px)512
    Output resolution, height (px)384
    Upscaling methodsoftware processing
    Detector typeuncooled microbolometer
    Detector materialVOx
    Pixel pitch (µm)12
    Spectral range, minimum (µm)7.5
    Spectral range, maximum (µm)14
    NETD (mK)15
    NETD measurement conditions≤ 15 mK at 30°C
    Frame rate (Hz)30
    Optics
    Horizontal field of view (°)56
    Vertical field of view (°)42
    Published IFOV (mrad)not published by the manufacturer
    Recalculated IFOV (mrad)3.82
    Minimum focus distance (m)not published by the manufacturer
    Focusfixed
    Interchangeable lensesno
    Digital zoom (×)not published by the manufacturer
    Macro capability
    Availabilityoptional
    Reference15× and 30× magnetic macro lenses
    Working distance (mm)not published by the manufacturer
    Spot size (µm)not published by the manufacturer
    Smallest measurable area (µm)not published by the manufacturer
    Macro accuracy (°C)not published by the manufacturer
    Maximum macro range (°C)not published by the manufacturer
    Measurement
    Minimum range (°C)-20
    Maximum range (°C)550
    Absolute accuracy (°C)2
    Relative accuracy (%)2
    Emissivity controlnot published by the manufacturer
    Reflected-temperature correctionnot published by the manufacturer
    Measurement modesnot published by the manufacturer
    Simultaneous cursorsnot published by the manufacturer
    Full radiometryyes
    Visible channel
    Visible camera (MP)0.48
    Image fusionoverlay
    LED lightno
    Laser pointer or rangefinderno
    Ergonomics and ruggedness
    Display (inches)not applicable
    Display resolutionnot applicable
    Touchscreennot applicable
    Weight (g)32
    Dimensions (mm)58 × 24 × 17.6
    IP ratingIP54
    Drop resistance (m)2
    Minimum operating temperature (°C)not published by the manufacturer
    Maximum operating temperature (°C)not published by the manufacturer
    Power
    Power typeexternal power
    Battery systemnot applicable
    Runtime (h)not applicable
    Charging connectornot applicable
    Storage and connectivity
    Internal memory (GB)not applicable
    Memory cardnot applicable
    Wi-Finot applicable
    Bluetoothnot applicable
    Wired interfaceUSB-C
    File formatsradiometric images and video
    Software
    Desktop softwareGuide ThermoTools
    Free desktop softwarenot published by the manufacturer
    Mobile appFocusIR (iOS et Android)
    Report generationyes
    Cloud servicenot published by the manufacturer
    Compliance
    Calibration certificate suppliednot published by the manufacturer
    Declared standardsnot published by the manufacturer
    Warranty (months)not published by the manufacturer
    Local service supportnot published by the manufacturer

    Notes

    • NEW MOBIR 3.0 GENERATION: the detector measures 256 × 192 points and ApexVision reconstructs a 512 × 384 image. Resolution scoring uses only the 49,152 native pixels.
    • TWO OFFICIAL GUIDE PAGES CONFLICT: the overview and launch release give the ES2+ an 800 × 600 visible camera plus IR, VIS, PIP and MIF modes, while a note on the product page says the ES2+ does not support fusion. This record exposes the discrepancy instead of silently choosing one claim.
    • The 15× and 30× magnetic macro lenses are optional; no measurable spot size is published.

    Sources