SBIR-STTR Award

An advanced hit detection technology is needed for missile testing that can report impacts at hyper-velocities and at multiple hit locations. We present a technology with an attractive cost and performance that leverages decades of hit technology experience and utilizes existing technologies developed under previous efforts. Our technology offers a low latency non-interpolated direct indicator of multiple hit locations including damage progression, internal damage indicators, and housekeeping sensor readout, enabling unmatched lethality assessment with low size, weight, and power (SWAP). A collection of technologies with common components are presented that offer benefits for detection of hits making the technology cost-effective. In this proposal, we present the R&D efforts needed to lower cost and improve performance which require sufficient funding to bring the technologies forward into production. Approved for Public Release | 17-MDA-9219 (31 May 17)

An advanced hit detection technology is needed for MDA that can report impacts at hyper-velocities and at multiple hit locations. We present a technology with a high level of performance that leverages decades of hit technology experience and utilizes existing technologies developed under previous efforts. Our technology offers a low latency non-interpolated direct indicator of multiple hit locations, velocity and angle of impact, in addition to damage progression, internal damage indicators, and housekeeping sensor readout, enabling unmatched lethality assessment with low SWAP. Fiber optic based hit grid systems have provided the test community a technology for precise hit location from multiple hits, and spread of target damage that is immune to EMI. However, these systems have not advanced in manufacturing, cost, or capability in a number of decades. Regardless, significant high quality data has been collected using these systems, demonstrating the usefulness of the technology. A collection of technologies with common components are presented that offer benefits for detection of hits by kinetic vehicles or High Energy Laser (HEL) making the technology cost-effective. In this proposal, we present the R&D efforts needed to improve performance of these systems which require sufficient funding to bring the technologies forward into production. Approved for Public Release | 18-MDA-9522 (23 Feb 18)