Solid-state high power radio frequency directed energy systems in support of USMC force protection operations

Abstract

Service members are often vulnerable conducting entry control point operations in support of force or critical infrastructure protection. Historical evidence and tests from emerging technology suggest that solid-state high power radio frequency directed energy systems emit enough power to disrupt vehicle electronic systems without costly collateral damage to people or property. This thesis builds on previous research toward adding non-lethal tools, in the form of directed energy systems, for service members to utilize as part of entry control points. A combination of literature review, limited modelling, and field experimentation is used to explore whether directed energy is a viable, non-lethal tool for USMC entry control points. After detailed descriptions of force protection, directed energy, and a thorough system of systems analysis of the contemporary operating environment, this thesis offers an example of an entry control point augmented with a high-power radio frequency array. Further, this research recommends exploration of additional uses for this type of directed energy including counter-piracy and electronic ambush operations that utilize ground, air, and sea-based platforms.