The Bases Are Named. The Problem Isn't Solved.

The US military has picked five installations to test its new directed-energy anti-drone systems. Fort Huachuca, Arizona. Fort Bliss, Texas. Naval Base Kitsap, Washington. Grand Forks Air Force Base, North Dakota. Whiteman Air Force Base, Missouri. That's the announcement from Joint Interagency Task Force 401, and it's being covered as a procurement milestone. It isn't. It's a research experiment with an unresolved safety problem at its center.

Here's the issue. High-energy lasers and high-powered microwaves don't distinguish between drones and everything else. They burn out electronics or fry circuits — and that works on a DJI Mavic exactly as well as it works on a Cessna orbiting a nearby airfield. The El Paso incident — where counter-drone operations temporarily closed civilian airspace — isn't a footnote to this story. It's the reason the program exists in its current form.

The Pentagon says a joint Defense Department and FAA demonstration at White Sands Missile Range "validated" that its systems can operate safely near passenger aircraft. The press release says that. What it doesn't say: what was tested, how many times, at what power levels, under what coordination protocols. "Validated" in a DoD press release means a test happened. It doesn't mean the problem is solved for operational deployment — especially at bases with active civilian traffic nearby.

Look at the base list and this becomes obvious. Fort Huachuca sits next to the San Rafael Valley, but Fort Bliss shares a border corridor with civilian aviation operating into and out of El Paso. Naval Base Kitsap handles significant commercial and private aircraft activity in the Pacific Northwest. Grand Forks and Whiteman are less exposed — quieter airspace — but even there, general aviation traffic isn't absent. The distribution isn't random. It's a map of how hard the coexistence problem is across different environments.

The FY2026 National Defense Authorization Act created this pilot program specifically, which means Congress required the Pentagon to move forward. That's meaningful. Congress doesn't usually mandate weapons tests unless there's a demonstrated need and a perceived gap. But requiring a program and solving the underlying technical problem are different things. The bases are the laboratory. The experiment is whether these systems can actually defend an installation without defeating the airspace around it.

Army Brig. Gen. Matt Ross, who leads Joint Interagency Task Force 401, said in the announcement that the White Sands collaboration with the FAA was a "pivotal step forward." That's accurate. It moved the program from "can't fly" to "we've shown it can work in controlled conditions." What it didn't do is prove that operational deployment at a live base, with mixed civilian-military traffic, is safe and legal under current FAA protocols. That answer comes from the five bases.

The counter-drone industry has been watching this window. Multiple companies have working prototypes — high-energy lasers and high-powered microwave systems that have demonstrated the ability to bring down drones at range. The regulatory path has been the bottleneck, not the technology. White Sands was the proof of concept. The bases are the proof of operational concept. If those succeed, the procurement floodgates open. If they surface the same airspace-coexistence failures that the El Paso incident did, the industry waits again.

Five bases. Two technologies. One question no press release answers: what happens to the rest of the sky when these systems turn on?