Mr. Mark A. Hutchinson Profile

Mark A. Hutchinson

Engineering Project Manager at FLIR Systems Inc

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Proceedings Article | 31 May 2005 Paper

A COTS-MQS shipborne EO/IR imaging system

Mark Hutchinson, John Miller, James Weaver

Proceedings Volume 5783, (2005) https://doi.org/10.1117/12.604397

KEYWORDS: Stars, Corrosion, Control systems, Sensors, Imaging systems, Mid-IR, Resistance, Humidity, Infrared sensors, Long wavelength infrared

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The Sea Star SAFIRE is a commercially developed, off the shelf, military qualified system (COTS-MQS) consisting of a 640 by 480 InSb infrared imager, laser rangefinder and visible imager in a gyro-stabilized platform designed for shipborne applications. These applications include search and rescue, surveillance, fire control, fisheries patrol, harbor security, and own-vessel perimeter security and self protection. Particularly challenging considerations unique to shipborne systems include the demanding environment conditions, man-machine interfaces, and effects of atmospheric conditions on sensor performance. Shipborne environmental conditions requiring special attention include electromagnetic fields, as well as resistance to rain, ice and snow, shock, vibration, and salt. Features have been implemented to withstand exposure to water and high humidity; anti-ice/de-ice capability for exposure to snow and ice; wash/wipe of external windows; corrosion resistance for exposure to water and salt spray. A variety of system controller configurations provide man-machine interfaces suitable for operation on ships. EO sensor developments that address areas of haze penetration, glint, and scintillation will be presented.

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