FLIR thermal imaging cameras work by detecting extremely small temperature differences. These temperature differences can be converted into a real-time video image on which the anything on the water, or floating in it, can be seen. Warmer objects appear white, colder objects are darker.
Other types of night vision technology require at least a low level of light to generate an image. The lower the light level, the less efficient their operation. FLIR thermal imaging cameras are completely unaffected by the darkest of nights when the moon has waned or when heavy weather obscures the sky and environmental light.
As you can see in this video FLIR brings together thermal imaging with other technologies to provide maximum confidence in uncertain situations.
The FLIR marine range comprises the HM-Series handheld units, the DAME 2009 award winning M-Series, the Navigator II and the Voyager II
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