The HIKMICRO Falcon FH35 thermal monocular (HM-TS43-35XG/W-FH35) is equipped with a high quality 384×288 px 12µm resolution core (12 micron technology) with 20mK sensitivity, 35mm lens and 8x digital zoom. Thanks to its highly sensitive core, the Hikmicro Falcon gives you a completely clear image even in complete darkness.
The Hikmicro Falcon supports hot t
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The HIKMICRO Falcon FH35 thermal monocular (HM-TS43-35XG/W-FH35) is equipped with a high quality 384×288 px 12µm resolution core (12 micron technology) with 20mK sensitivity, 35mm lens and 8x digital zoom. Thanks to its highly sensitive core, the Hikmicro Falcon gives you a completely clear image even in complete darkness.
The Hikmicro Falcon supports hot tracking (tracking the hottest point in the image), a ratio rangefinder and Wi-Fi. The FH35 allows detection up to 1800m and the battery life is a respectable 7 hours of continuous operation .
The FH35 is equipped with the latest image processing techniques:
Auto Sensitivity Control (AGC: Auto Gain Control) : AGC technology automatically adjusts the dynamic range of the image.
Hikvision thermal imaging cameras use a unique technology called Adaptive AGC, which is much more advanced than the conventional so-called linear AGC used in other manufacturers' thermal imaging cameras.
Digital Detail Enhancement (DDE) DDE technology uses advanced algorithms to render details sharper even when they are in low contrast areas (warm/cold objects).
Three-Dimensional Digital Noise Reduction (3D DNR) 3D DNR technology very effectively removes grainy or blurry parts of the observed scene. The resulting image is much clearer than instruments using traditional two-dimensional noise reduction (2D DNR).
The built-in thermal detector with a high sensitivity of 20mk provides a clear image even in harsh environmental conditions such as darkness, fog, smoke, dust, rain, snow, forest undergrowth, etc.
Specification:
*Detection is dependent on, among other things, meteorological conditions (snow, rain, fog, ambient temperature, etc.) The actual detection performance may be both higher and lower.