The Pentagon plans to install directed-energy weapons, including high-powered lasers and microwave systems, at five U.S. military bases before the end of 2025, marking the first operational deployment of such technology on American soil specifically to counter drones. The move follows a string of unexplained drone incursions over sensitive installations that exposed gaps in domestic base defenses and drew sharp questions from Congress.
The Joint Interagency Task Force-401, created in late 2024 to fast-track counter-drone solutions, disclosed in a six-month progress report that it has executed more than $30 million in rapid procurement actions to accelerate delivery of counter-unmanned-aircraft-system capabilities. That spending figure is the most concrete metric the Defense Department has released about the scale and speed of the current push.
Why the Pentagon is acting now
The urgency traces back to a series of incidents that rattled military leaders and nearby communities alike. In late 2023, swarms of unidentified drones flew repeated nighttime sorties over Langley Air Force Base in Virginia over a span of weeks, prompting temporary flight restrictions and an FBI investigation. A year later, clusters of unexplained drone activity over parts of New Jersey and other East Coast areas reignited public concern and congressional pressure. Lawmakers from both parties demanded to know why the world’s most advanced military could not stop small commercial drones from buzzing its own runways.
Traditional counter-drone tools, such as radio-frequency jammers and kinetic interceptors, carry significant drawbacks on domestic soil. Jammers can disrupt civilian communications and GPS signals. Shooting down a drone with a missile or shotgun risks sending debris onto populated areas. Directed-energy weapons offer a different approach: a focused beam of light or microwave energy can disable or destroy a drone’s electronics with precision, minimal collateral risk, and a cost per shot measured in dollars rather than the thousands required for a missile.
What directed-energy weapons will do at these bases
The military has been testing several directed-energy platforms that could be candidates for these deployments. The Army’s DE-SHORAD (Directed Energy Short-Range Air Defense) system mounts a 50-kilowatt laser on a Stryker vehicle and has undergone live-fire testing against drones and other aerial targets. The Air Force Research Laboratory’s THOR (Tactical High-power Operational Responder) uses high-power microwaves to knock out drone swarms by frying their circuit boards in a single pulse. Lockheed Martin’s HELWS (High Energy Laser Weapon System) is a smaller, trailer-mounted laser designed for base defense.
Each system works differently, but the core advantage is the same: a nearly unlimited magazine. As long as the weapon has electrical power, it can keep firing. That matters against drone swarms, where an adversary could send dozens of cheap unmanned aircraft to exhaust a base’s supply of conventional interceptors.
Legal authority and regulatory hurdles
Federal law already grants the Defense Department specific powers to detect, track, and neutralize unmanned aircraft threatening covered facilities. Under 10 U.S. Code Section 130i, the military can take action against drones at designated installations, but only after meeting training requirements, establishing internal policies, and coordinating with other federal agencies, including the Federal Aviation Administration and the Department of Justice.
Those prerequisites are not trivial. A high-energy laser powerful enough to destroy a drone can also blind aircraft sensors or injure people on the ground if the beam strays outside its designated engagement zone. High-power microwave pulses can interfere with electronics well beyond the intended target, raising concerns for nearby critical infrastructure, hospital equipment, and consumer devices. The FAA and the Federal Communications Commission both have regulatory equities that must be addressed before a base commander can authorize a directed-energy shot in airspace shared with civilian traffic.
Section 130i was written before the current generation of high-power laser and microwave systems existed. Whether the existing legal framework is sufficient, or whether new regulations will be needed as these weapons move from test ranges to active bases near civilian communities, remains an open policy question that Congress has begun to examine.
What has not been officially confirmed
The headline claim that five named bases will receive directed-energy weapons by year’s end originates not from an official Pentagon announcement but from secondary news reporting. As of June 2025, no primary DoD document, official JIATF-401 release, or congressional notification available for public review has listed the five installations by name. The identities of the bases appear to trace to unnamed officials or briefing materials shared on background with reporters. The Pentagon has not published a breakdown of the $30 million in spending by weapon type, vendor, or installation, making it difficult to assess which systems are headed where or whether they are proven production models or still in an experimental phase.
The timeline also carries risk. Fielding directed-energy weapons at domestic bases by December requires more than hardware delivery. Personnel must complete specialized training, base commanders must finalize rules of engagement, and interagency coordination agreements must be in place. If those prerequisites lag at any given installation, the equipment could arrive on schedule but sit idle until paperwork and certification catch up. The Defense Department has not publicly disclosed whether all five bases are on track to clear those procedural gates.
What communities and Congress are watching for next
For residents living near military installations, the deployment raises practical questions. Laser and microwave systems require designated safety zones, and communities will want to know how large those zones are, whether they overlap with residential areas, and what notification procedures will be in place when the weapons are active. Environmental assessments, which are typically required before new weapon systems are installed at permanent facilities, have not yet been made public for any of the reported sites.
On Capitol Hill, the counter-drone push has bipartisan support but also bipartisan scrutiny. Lawmakers have pressed Pentagon officials on whether the $30 million already spent is sufficient or merely a down payment on a much larger program. Directed-energy systems demand reliable power supplies, cooling infrastructure, and a trained workforce of operators and technicians. None of those sustainment costs have been detailed in the public record, and Congress will likely demand answers before approving follow-on funding in the next defense budget cycle.
The Pentagon’s directed-energy rollout is the most concrete step the U.S. military has taken to close the gap between the drone threat it faces at home and the tools available to counter it. The legal authority exists, the money is moving, and the task force built to accelerate delivery has passed its six-month mark with measurable progress. But the distance between procurement announcements and operational capability is real, and the next several months will determine whether these weapons are defending American bases by year’s end or still working through the bureaucratic and technical obstacles that have slowed earlier counter-drone efforts.
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*This article was researched with the help of AI, with human editors creating the final content.
