# U.S. Army Builds ‘Ukraine‑Style’ EW and Drone Ranges, Signaling a New Era of Warfare Training

*Wednesday, June 24, 2026 at 8:04 AM UTC — Hamer Intelligence Services Desk*

**Published**: 2026-06-24T08:04:39.906Z (4h ago)
**Category**: defense | **Region**: Global
**Importance**: 7/10
**Sources**: OSINT
**Permalink**: https://hamerintel.com/data/articles/8615.md
**Source**: https://hamerintel.com/summaries

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**Deck**: The U.S. Army plans to open at least two domestic test ranges within weeks that replicate the electronic warfare and drone‑jamming environment seen in Ukraine, with an overseas site under study for hypersonic and advanced testing. The move pulls lessons from the battlefield directly into U.S. training and procurement, with implications for how American troops and defense firms prepare for the next conflict.

The U.S. Army is bringing the most lethal lessons of Ukraine’s battlefields home, building test ranges that will immerse American troops and engineers in the dense electronic warfare and drone‑saturated conditions that have redefined modern combat. Within four to six weeks, the Army plans to open at least two domestic sites designed to mimic the jamming, spoofing and counter‑drone battles now occurring daily over eastern Ukraine.

Army Secretary Dan Driscoll has outlined the concept: facilities where drone and counter‑drone developers can work side by side with soldiers, testing systems against live jamming and electronic attack while receiving immediate feedback from the people who will depend on that technology in combat. The Army is also exploring an overseas range for more advanced testing, including hypersonic weapons, to push capabilities beyond what domestic ranges can simulate.

For U.S. soldiers, this shift means that training will no longer assume that radios always work, GPS signals are always available, or small drones can loiter overhead unchallenged. Instead, they will have to practice operating when communications are degraded, navigation is uncertain, and both friendly and enemy unmanned systems are constantly at risk of being blinded or hijacked. Troops who have watched Ukrainian units improvise under such conditions will now be able to experience similar pressures in controlled environments before they deploy.

Defense companies, from established contractors to startups building quadcopters and AI‑enabled sensors, also face a more demanding proving ground. Systems that work flawlessly on clean test benches often fail when exposed to high‑power jamming, spectrum congestion and the unpredictable interference found in real combat zones. By forcing prototypes to survive in Ukraine‑like electronic chaos, the Army is effectively raising the standard for what counts as battlefield‑ready technology.

Strategically, the decision is a recognition that electronic warfare and unmanned systems have moved from niche support roles to the center of how wars are fought. In Ukraine, cheap first‑person‑view (FPV) drones have hunted tanks, artillery and infantry; jammers and decoys have become as critical as armor; and the side that can keep its networks functioning under sustained attack gains a decisive edge. The U.S. military cannot afford to assume that future adversaries will allow it the uncontested electromagnetic spectrum dominance it enjoyed in past campaigns.

The interest in an overseas range—potentially in allied territory—points to another shift: the fusion of advanced weapons testing with alliance politics and deterrence. A site capable of handling hypersonic weapons trials would not only improve U.S. capabilities, but also send a visible signal to rivals that American and allied forces are preparing to operate at speeds and ranges that compress decision times and complicate defense planning.

For NATO and other partners, the Army’s move offers both an opportunity and a warning. Allies with their own drone and EW programs may be invited to plug into these ranges, accelerating interoperability and shared standards. But the underlying message is that forces which do not train in realistic electronic environments are likely to be outmatched when facing an opponent who does.

One way to summarize the change is this: the Pentagon is treating Ukraine not as a distant war to be studied later, but as a live laboratory whose harshest conditions must be replicated now if U.S. troops are to survive in the next fight. The risk is no longer theoretical that a unit’s eyes and ears can be switched off by a skilled adversary; in Ukraine, that risk is a daily reality.

The next signals to watch include where the Army sites these domestic ranges, which units are first in line to rotate through them, and how quickly test results begin to feed back into procurement choices—selecting some drone and EW systems for rapid fielding while quietly killing others that cannot survive the new standard.