The purpose is to produce Miniature Aiming Ranging Laser (MARL) prototypes that will allow operators to illuminate and detect human targets from 0-900 meters, as well as vehicle targets from 0-3000 meters when using the AN/PVS-31 or AN/PVS-31A Binocular Night Vision Device (BNVD). The objective is to to produce higher performing weapon mounted laser ranging/aiming/pointing/illuminating prototypes with reduced size & weight, increased durability, capable of being used on United States Special Operations Command (USSOCOM) small arms weapon platforms. This fills the gap that exists with currently fielded squad weapon mounted lasers with inadequate power and ranging capabilities, while being achieved in a compact size package. The methods employed will be the integration of existing and emerging technologies through system trade analysis selection for the various subcomponents/technologies. Special attention will be given to operator inputs as it relates to ergonomic preferences. By leveraging Technology Readiness Level (TRL) 8-9 component technologies, there is a high confidence of success and relatively low risk. A summary of results shows our reduced size and weight weapon mounted laser rangefinders exceed range requirements. Further , extensive experience with the integration of Near infrared Illumination VCSEL technology produces reduced beam and speckle as well as high beam uniformity to achieve operator capability to illuminate and detect humans from 0-900 meters. In conclusion, Wilcox is well positioned to execute against the SBIR MARL topic requirements and produce the requisite prototypes in a timely manner. Further, based on our company's facilities, equipment and personnel, we have a track record of success for transitioning such systems from development to product for full commercialization.
