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Low SWaP-C Infrared Optics

Infrared sensors used for thermal imaging, night vision, and heat detection can no longer depend on materials that are dense, non-scalable, or are mined in countries that threaten availability. For military applications especially, the need for light weight, low-cost infrared (IR) optics – that also are readily obtained – has never been more pressing. Single-use strike drones can navigate precisely to their targets in daytime or when they can illuminate their targets without compromising their position. Currently, however, IR sensors are too heavy, expensive, and scarce to be deployed on attritable platforms. As a result, until there are low SWaP-C IR sensors, strike drones will continue to fall short of their full potential for operation at night or in other unlit environments.
Experts widely regard Norcon Technologies’ IR polymer optics as the leading solution. The company was founded to commercialize optical components from Polycalc, the first optical polymer designed for the IR. Polycalc was invented by our CTO and co-founder, Dr. Robert Norwood. Polycalc’s organic content derives from the same material used to make billions of smartphone lenses, while its IR properties come from the same chalcogens that are used to make lenses for night vision goggles. Our intellectual property, and distinctive value, is in the scalable fabrication of moldable polymer optics with high IR transparency. Their light weight and low cost make Polycalc optics highly attractive for use in IR sensors that must be low SWaP-C.

Image through IR polymer window
For attritable strike drones to realize their full potential in unlit environments, IR sensors need to be light weight and low cost. In the new era of warfare now emerging, thermal imaging experts view Polycalc optics as capable of providing “first mover” advantage.
Norcon Technologies Holding, Inc.
3333 N. Campbell Avenue, Suite 4, Tucson AZ 85719, USA
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