The U.S. Coast Guard, a vital component of the Department of Homeland Security, has initiated a significant technological exploration to bolster its maritime interdiction capabilities. Through a Federal Register notice issued on May 19, 2026, the agency announced its intent to forge a Cooperative Research and Development Agreement (CRADA) with Lockheed Martin Corporation. This strategic partnership targets the development of a highly advanced, low size and weight high-power microwave (HPM) effector. The objective is to provide a new tool for safely and effectively stopping non-compliant vessels, including personal watercraft and small uncrewed surface vessels, particularly in operations combating drug and human trafficking. This move signals a deliberate shift towards integrating directed energy technologies into federal law enforcement and national security operations at sea.
Background: Persistent Challenges in Maritime Interdiction
Coast Guard operations, particularly those focused on drug and human trafficking, frequently encounter non-compliant vessels. These often fast-moving craft pose significant challenges, requiring interdiction methods that can safely disable them without causing excessive damage or endangering personnel. Traditional interdiction tactics carry inherent risks, including pursuits, potential for hostile engagement, and logistical complexities for boarding. Current high-power microwave systems, while effective, have substantial size, weight, and power requirements, limiting their deployment to larger platforms. The Coast Guard's initiative directly addresses this operational gap by seeking a more compact and adaptable HPM solution.
The Cooperative Research and Development Agreement Framework
The legal framework underpinning this initiative is a Cooperative Research and Development Agreement, authorized under 15 U.S.C. 3710a. A CRADA is a mechanism designed to promote technology transfer from federal laboratories to the private sector for commercial use, or to advance specific research and development efforts consistent with a federal agency's mission. Crucially, under a CRADA, the federal party, in this case the Coast Guard, shares research resources and expertise but does not provide funding to the non-federal participant. This distinction is important, as it separates CRADAs from procurement contracts, grants, or other financial agreements. The proposed CRADA emphasizes collaboration, with the Coast Guard's Research and Development Center partnering with a non-federal entity to model, modify, and rigorously test a new HPM effector. The selection process highlights technical capability and available resources, not financial compensation for development costs.
High-Power Microwave Technology: A New Frontier
High-power microwave technology falls under the umbrella of Directed Energy (DE). Its core function involves emitting focused electromagnetic energy capable of temporarily disrupting or disabling electronic systems and engines. For maritime interdiction, the desired effect of an HPM effector is to safely bring a target vessel to a halt by interfering with its propulsion or control systems. This capability promises several tactical advantages: it could enable safer boarding operations by reducing the speed and maneuverability of a non-compliant vessel, and it may reduce logistical costs associated with more destructive interdiction methods. The focus on a 'low size and weight' HPM aims to make this advanced capability deployable on smaller Coast Guard boats and even personal watercraft, dramatically expanding its potential operational scope.
Lockheed Martin's Potential Involvement and Public Engagement
The Federal Register notice explicitly identifies Lockheed Martin Corporation as the current party under consideration for this CRADA. The rationale stems from Lockheed Martin's existing development and manufacturing of HPM effectors whose specifications (size, weight, and power) show promise for modification and integration onto Coast Guard's smaller assets. However, the Coast Guard has also extended an open invitation to other non-federal participants, particularly small businesses and U.S.-based entities, to submit proposals for this or similar future CRADAs. This transparent approach underscores the agency's commitment to finding the best available technology and fostering broader industry engagement. The public comment period, closing June 18, 2026, offers stakeholders an opportunity to provide input on this significant research initiative.
Operational and Strategic Implications
Should this CRADA prove successful, the implications for Coast Guard operations and broader maritime security are substantial. The deployment of compact HPM effectors could revolutionize interdiction tactics, offering a non-lethal, stand-off capability to neutralize threats posed by non-compliant vessels. This technology could reduce the need for riskier, close-quarters engagements, thereby enhancing the safety of Coast Guard personnel. Strategically, it represents an ongoing evolution in how federal agencies approach law enforcement in complex environments, moving towards advanced technologies that offer precision and flexibility. While the immediate focus is on drug and human trafficking, the successful development could pave the way for other applications in port security, environmental protection, and defense against emerging threats like uncrewed surface vessels.
