Uncooled Multi-Spectral (UMiS) Hostile Fire Detection and Discrimination System for Airborne Platforms

Period of Performance: 08/10/2015 - 05/09/2016

$148K

Phase 1 SBIR

Recipient Firm

optX imaging systems, LLC
10716 Richmond Hwy Suite 201
Lorton, VA 22079
Principal Investigator

Abstract

ABSTRACT:Accurate and low cost hostile fire detection solutions are needed to effectively protect aircraft against small arms, RPGs, mortars, anti-aircraft artillery, and surface to air missiles. Detecting and classifying these types of threats is complicated by many factors including the need for full 360? coverage, requirement for high probability of detection with low false alarms, as well as variances in real world signatures. There is also the problem of having to process an enormous amount of data to cover the required spatial, spectral, and temporal resolution needed to produce a confident threat nomination. This effort is focused on developing an Uncooled Multi-Spectral sensor system specifically designed to be a low cost, compact, wide field of view, multi-spectral sensor for airborne hostile fire detection and discrimination. This practical approach will focus on implementing a novel optical design along with relatively cost effective uncooled infrared imaging sensor technologies to efficiently ascertain the critical spatial, spectral, and temporal information needed to detect and discriminate muzzle flash and plume signatures at a significantly high confidence level.BENEFIT:This novel imaging approach will have a significant impact on other related future uncooled applications. This sensor detection system design can be assimilated to other platforms such as ground combat vehicles, man portable sights, unattended sensors, etc. Furthermore the technology could incorporate alternative or even additional spectral band capabilities including providing context imagery. This design concept could also translate to other non DoD uses requiring specific discreet event detections such as security and manufacturing applications.