Major weapon systems use multiple forms of electrooptics (EO), be it forward looking infrared (FLIR), direct view optics (DVO), trackers, laser range finders (LRF), or TV systems. Furthermore, EO technology is finding its way into less conventional military uses such as chemical detection/early warning systems, landmine detection, and aboard helicopters searching for the wounded. Clearly, EO technology has changed the face of the battlefield. We can only expect the proliferation of military EO systems to continue. The authors describe the need for an Electro-Optics Test Facility (EOTF) which features a general purpose EO tester capable of being transported by conventional rail, air, marine, and ground modes. It must be able to survive nuclear, biological and chemical attacks and be operated by soldiers dressed to survive in such a hazardous environment. Furthermore, to become the Army's standard EO tester, the EOTF must be able to test the up and coming EO technologies such as second and thir generation FLIRs and eye safe lasers. The system architecture is described and the use of VXI instruments is discussed. Apache TADS/PNVS TPS status is outlined.
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