For the first time, the U.S. military is deploying directed-energy weapons on American soil to shoot down drones. Laser and high-powered microwave systems are now being fielded at five domestic installations: Fort Huachuca in Arizona, Fort Bliss on the Texas-New Mexico border, Naval Base Kitsap in Washington state, Grand Forks Air Force Base in North Dakota, and Whiteman Air Force Base in Missouri. The deployments mark a turning point in how the Pentagon defends its own backyard, and they follow more than a year of unresolved drone incursions over sensitive military sites that exposed just how vulnerable U.S. bases are to small, cheap unmanned aircraft.
Why now: the threat that forced the Pentagon’s hand
The program did not emerge in a vacuum. Beginning in late 2023, waves of unidentified drones were spotted flying over Langley Air Force Base in Virginia, home to F-22 Raptor fighters and sensitive intelligence facilities. The incursions continued for weeks, and the military struggled to respond. Traditional air defenses, built to track manned aircraft and cruise missiles, proved poorly suited to small, low-flying drones that cost a few hundred dollars apiece. Shooting them down with missiles designed to kill fighter jets created an absurd cost mismatch: a single Stinger missile runs roughly $400,000, while the drone it destroys might cost less than a laptop.
Those incidents, combined with lessons from Ukraine, where cheap commercial drones have reshaped the battlefield, pushed the Pentagon to accelerate counter-drone investment. As of mid-2025, the Department of Defense stood up a new organization called JIATF-401, a joint interagency task force specifically designed to deliver affordable counter-small-drone capabilities. The task force’s mandate is to unify what had been a scattered collection of service-level programs and push cheaper, faster solutions to the units that need them most.
The regulatory breakthrough that made it possible
Deploying a high-energy laser inside the United States is not as simple as bolting it to a truck and flipping a switch. Military bases operate under the same Federal Aviation Administration airspace rules as commercial airports, and firing a weapon capable of blinding a pilot or damaging an aircraft engine required formal regulatory clearance that had never existed before.
That changed when the FAA and the Department of Defense completed a formal safety assessment of a high-energy laser counter-drone system. The review concluded that the weapon does not pose undue risk to passenger aircraft when proper operational controls are in place. The agreement is significant because it clears a legal and regulatory path for directed-energy weapons to operate on U.S. soil without forcing broad shutdowns of nearby civilian flight corridors.
Before this assessment, the prospect of firing a high-powered laser within range of commercial air traffic had been a persistent barrier to domestic deployment. With the agreement signed, base commanders can now defend their installations against drone threats without waiting for case-by-case airspace waivers, provided they stay within the agreed safety envelope.
Why these five bases
The five installations chosen for initial fielding share a common trait: each hosts either nuclear-capable platforms, sensitive intelligence operations, or border-security missions, and each sits beneath or adjacent to active civilian air routes.
Fort Huachuca, Arizona anchors Army intelligence training near the southern border and supports testing of surveillance technologies. Its proximity to the border makes it a natural proving ground for systems that may eventually protect critical infrastructure beyond military fences.
Fort Bliss, Texas/New Mexico spans a vast desert range and supports large-scale ground force exercises that increasingly incorporate unmanned aircraft. Its open terrain and existing test infrastructure make it well suited for evaluating directed-energy performance.
Naval Base Kitsap, Washington is home to the Pacific Fleet’s Trident ballistic missile submarines, among the most strategically important assets in the U.S. nuclear deterrent. Protecting that fleet from aerial surveillance or attack by small drones is a top-tier priority.
Grand Forks Air Force Base, North Dakota operates RQ-4 Global Hawk surveillance aircraft and lies near agricultural corridors where small civilian planes routinely fly, creating exactly the kind of mixed-airspace challenge the FAA agreement was designed to address.
Whiteman Air Force Base, Missouri houses the entire operational fleet of B-2 Spirit stealth bombers, one of the most sensitive strategic assets in the U.S. inventory. A single drone carrying a camera over Whiteman could compromise details about aircraft operations that adversaries would pay dearly to obtain.
The selection pattern suggests JIATF-401 prioritized locations where the FAA safety agreement could enable the fastest operational testing without long regulatory delays, and where the consequences of a successful drone incursion would be most severe.
What we still do not know
Several important details remain undisclosed. No publicly released Pentagon document has confirmed the exact system models, power levels, or manufacturers behind the weapons now at these five bases. The distinction matters because directed-energy systems vary widely in capability. A lower-powered laser designed to dazzle a drone’s sensors operates under very different constraints than a high-energy weapon meant to burn through an airframe in flight. Without knowing which category each base received, independent observers cannot fully evaluate the defensive coverage these deployments provide.
The timeline for full operational capability at each site is also unclear. Standing up a new weapon system on a military base involves months of integration work: training operators, linking sensors to fire-control networks, establishing rules of engagement that account for nearby populated areas, and coordinating with local air traffic control. Whether the systems at all five bases have reached initial operating status or are still in testing phases has not been disclosed.
Microwave-based counter-drone weapons present an additional gap in the public record. The FAA safety assessment addressed high-energy lasers specifically, but no equivalent public review has been released for high-powered microwave systems. These weapons disable drones by frying their onboard electronics rather than physically burning the airframe, which raises different safety questions, particularly regarding interference with civilian communications and navigation equipment near bases like Kitsap and Grand Forks.
The Pentagon has also not published data on the frequency or severity of drone incursions at each of the five locations, which would help the public understand whether the deployments respond to documented threats or represent a broader preventive posture.
How to weigh the evidence
The strongest evidence in this story comes from two primary government sources. The DoD release establishing JIATF-401 provides the clearest window into the Pentagon’s reasoning: the existing patchwork of service-level counter-drone programs was too slow, too expensive, and too fragmented to keep pace with a threat that has exploded on battlefields worldwide. The release frames the task force as a cost-driven initiative, not just a technology showcase, signaling that Pentagon leadership views the current economics of drone defense as unsustainable.
The FAA safety agreement carries a different kind of weight. It represents a regulatory green light that simply did not exist before. For years, the legal and bureaucratic friction of operating directed-energy weapons in domestic airspace kept these systems confined to overseas test ranges and limited field trials. That barrier is now gone, at least for lasers operating within defined safety parameters.
Readers should weigh these two primary documents more heavily than secondary reporting that describes the program in broader terms. Where journalists or commentators speculate about classified performance data, undisclosed system types, or unverified deployment timelines, those assertions should be treated as informed speculation rather than established fact.
A threshold crossed, with questions remaining
What is clear as of July 2025 is that the United States has crossed an important threshold. Directed-energy weapons are no longer confined to overseas experiments. They are being woven, cautiously and selectively, into the protective fabric of domestic military infrastructure. The first five installations are almost certainly a starting point rather than an endpoint, with lessons learned there informing how quickly and widely the Pentagon expands the program.
How effective, scalable, and publicly accountable that expansion becomes will depend on decisions and disclosures that have yet to be made. For now, the combination of a dedicated counter-drone task force and a formal safety framework for domestic laser use represents the most concrete step the Pentagon has taken to close a vulnerability that adversaries, and even hobbyists, have been exploiting with increasing boldness.
More from Morning Overview
*This article was researched with the help of AI, with human editors creating the final content.
