Army looking into using 2 U.S. ranges for testing to mimic electronic jamming seen in Ukraine

Army Evaluates Domestic Ranges to Simulate Ukraine’s Electronic Warfare Scenarios

Army looking into using 2 U S – The U.S. Army is exploring the use of two domestic testing facilities to replicate the electronic warfare conditions observed on Ukrainian battlefields, as revealed by Army Secretary Dan Driscoll. This initiative, set to begin within the next four to six weeks, aims to create realistic environments for evaluating drone technologies and counter-drone systems. Driscoll emphasized that these ranges would allow manufacturers and developers to test their products in a contested setting, where electronic jamming and other disruptions are common. “This setup would enable the simulation of electronic warfare scenarios alongside contested environments,” he explained. “It would provide an opportunity for drone developers and counter-drone solution creators to collaborate and refine their approaches.” The goal, according to Driscoll, is not only to assess technological capabilities but also to equip soldiers with hands-on training to adapt to evolving threats.

Driscoll highlighted that the Army already has safe testing sites within the United States, but the new domestic ranges would add a layer of realism by incorporating the specific challenges faced in Ukraine. These include the use of advanced electronic jamming tactics that have disrupted communication networks and targeting systems. The Secretary noted that the testing sites would be strategically chosen to mirror the intensity and complexity of combat zones in Eastern Europe. “Soldiers will have the chance to train in these environments, working closely with developers to enhance their readiness,” he said. This approach underscores the Army’s commitment to integrating field experience into its training programs, ensuring that personnel are prepared for real-world conditions.

Global Testing and Hypersonic Capabilities

In addition to domestic sites, the Army is considering a global range for more aggressive testing, including experiments with hypersonic weapons. These high-speed projectiles, which travel faster than Mach 5, pose a unique challenge due to their ability to maneuver unpredictably and evade traditional defense systems. Driscoll mentioned that this global location would serve as a hub for advanced trials, allowing the military to push the boundaries of current technology. “We’re looking at opportunities beyond the U.S. to conduct more rigorous tests,” he stated. “This includes evaluating hypersonic systems, which could revolutionize how we defend against aerial threats.”

While the domestic ranges focus on electronic warfare and drone interactions, the global site would address broader strategic challenges. Driscoll declined to disclose the exact locations of these ranges until planning is finalized, citing the need for confidentiality in the early stages of development. The Army’s interest in hypersonic testing aligns with its efforts to counter emerging threats from adversaries like Russia, which has demonstrated the effectiveness of such weapons in recent conflicts. This expansion of testing capabilities reflects the military’s proactive stance in adapting to the fast-paced nature of modern warfare.

Russian Drone Production and Ukraine’s Countermeasures

During the industry day event, Dwayne Hayes, a representative from the Army’s Strategic Threats Office, provided insight into the scale of the drone threat. He noted that Russia is manufacturing between 3,000 and 5,000 one-way attack drones, such as Shaheds, each month. These drones are designed to carry out targeted strikes without returning to their operators, making them a formidable tool in warfare. Additionally, Russia produces approximately 600,000 smaller first-person-view drones monthly, which are used for reconnaissance and surveillance missions. Hayes emphasized that these drones have been critical to Russia’s military operations, particularly in Ukraine.

Ukraine, in response, has been developing around 30,000 interceptor drones per month. These systems are tailored to neutralize the enemy’s drone fleet, reflecting the nation’s focus on a “brutal war of attrition.” Hayes praised the U.S. for its expertise in producing advanced munitions, such as Patriot or THAAD interceptor missiles, which can cost between $4 million and $5 million each. However, he also stressed the need for more affordable, expendable interceptors to support sustained combat operations. “The U.S. excels at crafting high-performance weapons, but we must also develop cost-effective options,” he stated. This balance between precision and affordability is crucial for maintaining operational flexibility.

The Iran war has served as a case study for the vulnerabilities in modern defense systems. Hayes pointed out that the conflict exposed challenges in production speed and cost efficiency, particularly when dealing with large-scale drone attacks. The Army’s industry day event highlighted these concerns, as companies like Lockheed Martin, Boeing, and L3Harris were invited to share their expertise. These firms are primarily responsible for producing exquisite munitions, including the high-end Patriot and THAAD systems. However, the Army is now seeking proposals from a wider range of manufacturers to develop cheaper alternatives that can be deployed in high-volume scenarios.

Driscoll reiterated that the push for advanced systems does not diminish the importance of cost-effective solutions. “These exquisite munitions are unparalleled in their performance, but we need additional tools to complement them,” he said. He likened the high-end interceptors to “the Ferrari of products,” emphasizing their value while acknowledging the need for more accessible options. This dual approach—combining cutting-edge technology with affordable, scalable solutions—aims to address the diverse demands of contemporary warfare.

The Army’s strategy also reflects broader Pentagon priorities. With the increasing reliance on drones in both military and civilian contexts, the need for robust countermeasures has never been greater. The industry day event brought together over 100 companies, fostering dialogue about how to accelerate the development of interceptors that can keep pace with the rapid deployment of unmanned aerial systems. Driscoll noted that the military is actively seeking partnerships to streamline production and reduce costs. “We’re not just looking for new ideas—we’re looking for innovative solutions that can be rapidly scaled,” he said. This includes leveraging emerging technologies and manufacturing techniques to meet the demands of modern conflict.

As the Army moves forward with its testing plans, the focus remains on bridging the gap between theoretical advancements and practical application. By simulating real-world conditions and engaging with a diverse array of industry players, the military aims to stay ahead of evolving threats. Driscoll’s comments suggest a growing recognition of the need for adaptability in an era where electronic warfare and drone technology are reshaping battlefield dynamics. The combination of domestic and global testing sites, along with the push for both precision and affordability, positions the Army to address the multifaceted challenges of 21st-century combat. This initiative not only strengthens U.S. military capabilities but also reinforces the nation’s role as a leader in defense innovation.