U.S. Army Deploys Future Battlefield Technologies in Germany for High-Intensity War Testing.

The U.S. Army 3rd Infantry Division is using Combined Resolve 26-07 in Germany to fast-track battlefield technologies built for a potential high-intensity war in Europe, integrating autonomous systems, digital command networks, and next-generation combat tools directly into large-scale maneuver operations. As reported during the exercise at Grafenwoehr and Hohenfels, the deployment reflects Washington’s push to sharpen NATO’s ability to counter Russian military pressure along the alliance’s eastern flank while testing how future warfare concepts perform under operational conditions.

The exercise places U.S. and allied forces inside a digitally connected battlespace where autonomous platforms, faster targeting cycles, and real-time command integration are intended to increase survivability and combat tempo against near-peer threats. The event also highlights a broader shift within the U.S. Army toward technology-driven warfare aimed at improving force projection, interoperability, and decision speed in contested European environments.

Related Topic: New test reveals how the US Army's future 30mm grenade rifle hits drones and hidden enemies

A U.S. Army UH-60 Black Hawk helicopter assigned to the 3rd Infantry Division conducts a simulated combat assault during Combined Resolve 26-07 at the Joint Multinational Readiness Center in Hohenfels, Germany, on May 2, 2026. (Picture source: U.S. Department of War/Defense)

The exercise places the U.S. Army's 3rd Infantry Division and allied forces inside a digitally connected battlespace where autonomous platforms, faster targeting cycles, and real-time command integration are intended to increase survivability and combat tempo against near-peer threats. The event also highlights a broader shift inside the U.S. Army toward technology-driven warfare designed to improve force projection, interoperability, and decision speed in contested European environments.

The semi-annual Combined Resolve exercise brings together rotational U.S. Army formations and multinational partners to rehearse large-scale ground combat operations under realistic battlefield conditions. Combined Resolve 26-07 specifically emphasizes Army modernization, rapid battlefield adaptation, and operational experimentation, allowing commanders to evaluate how emerging technologies perform in contested environments against near-peer threats. The exercise also includes U.S. Soldiers and rotary-wing aviation assets assigned to the 3rd Infantry Division, including CH-47 Chinook transport helicopters and UH-60 Black Hawk utility helicopters supporting air assault, troop movement, logistics, and battlefield mobility operations.

The participation of the 3rd Infantry Division’s aviation elements highlights the U.S. Army’s continued emphasis on rapid maneuver and operational mobility in future European conflict scenarios. The CH-47 Chinook provides heavy-lift transport capability essential for moving troops, ammunition, artillery systems, and supplies across dispersed operational zones, while the UH-60 Black Hawk supports tactical air assault missions, casualty evacuation, command mobility, and battlefield resupply. Their integration into Combined Resolve demonstrates how Army aviation remains central to sustaining maneuver warfare under contested conditions.

The exercise reflects a broader transformation effort underway across the U.S. Army as military planners seek to adapt force structures, command systems, and battlefield networks to future combat scenarios shaped by electronic warfare, long-range precision fires, autonomous reconnaissance, and multidomain operations. Rather than relying solely on traditional heavy maneuver formations, the Army is increasingly integrating unmanned aerial vehicles, artificial intelligence-enabled decision tools, mobile command posts, and advanced sensor-to-shooter networks to accelerate battlefield response times.

At Grafenwoehr and Hohenfels, units are training in conditions designed to replicate the operational complexity of a conflict in Eastern Europe. Forces must maneuver while facing simulated electronic attacks, degraded communications, contested logistics corridors, and long-range fires threats. This environment allows Army leaders to assess whether new technologies can maintain operational tempo when conventional networks are disrupted, a challenge considered central in any potential confrontation with Russia.

One of the key objectives of Continuous Transformation is reducing the time between target detection and engagement. New battlefield management systems tested during Combined Resolve 26-07 are intended to fuse intelligence from reconnaissance drones, ground sensors, and command nodes into a shared operational picture. This capability allows commanders to identify enemy formations more quickly and to coordinate artillery, aviation, or maneuver responses with reduced delay. On a high-intensity European battlefield where survivability may depend on speed and dispersion, compressed decision cycles are considered essential.

The exercise also highlights the U.S. Army’s growing focus on mobile, survivable command-and-control structures. Traditional large headquarters remain vulnerable to precision missile strikes and electronic surveillance. As a result, transformed command elements now operate with smaller signatures, decentralized communications, and rapidly relocatable systems designed to maintain command continuity under persistent enemy targeting. The lessons learned from Ukraine have reinforced the importance of mobility, camouflage, and distributed operations in modern warfare.

Autonomous and unmanned systems are playing a larger role during Combined Resolve 26-07 as well. Tactical reconnaissance drones are being integrated directly into maneuver formations to provide real-time battlefield awareness at company and battalion levels. These systems allow units to identify enemy positions, monitor movement corridors, and support artillery targeting without exposing soldiers to direct observation. The Army is simultaneously evaluating how autonomous technologies can reduce logistical vulnerability by supporting resupply missions and battlefield reconnaissance in high-risk zones.

The integration of CH-47 Chinook and UH-60 Black Hawk helicopters into the exercise also reflects the Army’s effort to refine air-ground coordination within multidomain operations. Rotary-wing aviation enables rapid force projection across large operational areas and provides commanders with flexible options for maneuvering forces beyond traditional ground routes that may be threatened by enemy artillery, drones, or missile systems. In a European battlefield characterized by long front lines and contested infrastructure, aviation mobility significantly increases operational flexibility and survivability.

The emphasis on interoperability remains central to the exercise. U.S. forces are training alongside NATO and partner nation units using common communication architectures and coordinated operational procedures. This integration is strategically significant because any future large-scale conflict in Europe would require multinational formations to operate seamlessly across shared command structures and contested terrain. Combined Resolve, therefore, serves not only as a readiness event but also as a validation mechanism for coalition warfare concepts.

The operational importance of the exercise extends beyond training value. Europe has re-emerged as a primary theater for conventional deterrence following Russia’s invasion of Ukraine and the sustained militarization of NATO’s eastern approaches. The U.S. Army’s transformation efforts are directly influenced by observations from the war in Ukraine, particularly the effectiveness of drones, electronic warfare systems, precision artillery, and dispersed maneuver formations. Combined Resolve 26-07 provides an opportunity to test how these lessons can be integrated into U.S. doctrine before future crises emerge.

The exercise also supports the Army’s broader modernization priorities, including long-range precision fires, network resilience, air and missile defense integration, and multidomain coordination. By combining experimentation with operational training, Army leaders aim to shorten the gap between technological development and battlefield implementation. This approach is increasingly seen as necessary because potential adversaries are modernizing rapidly and adapting their tactics in response to ongoing conflicts.

As the U.S. Army continues refining its Continuous Transformation initiative, exercises such as Combined Resolve 26-07 are becoming critical laboratories for future warfare concepts. The ability to rapidly integrate new technologies into combat formations, maintain operational effectiveness under electronic attack, and coordinate multinational maneuver forces may ultimately define NATO’s deterrence posture in Europe. For U.S. planners, the exercise is not only about readiness today, but about ensuring that future Army formations can survive and prevail in the increasingly contested battlespaces of tomorrow.

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.