Allen Control Systems (ACS), based in Texas, has secured export deals with South Korea and the United Arab Emirates (UAE) for its “Bullfrog” autonomous counter-drone systems, marking a major step in expanding the company’s international footprint. The contracts include provisions for training, technical assistance, and sustainment, though specific quantities and financial details were not disclosed. The Bullfrog is an AI-powered autonomous weapon platform built to defeat small to medium drones through rapid kinetic engagement. Compatible with both traditional and modern weapon mounts, the system is designed for use across land and maritime domains, providing a scalable defense against Group 1 to 3 uncrewed aerial systems. The product family includes M240, M2, M230, and M134 variants, capable of engaging targets at ranges between 800 and 1,500 meters. Each system uses passive sensing and an open architecture, allowing easy integration into existing command-and-control frameworks. The Bullfrog’s modular design makes it adaptable to different mission profiles, from base defense to mobile vehicle protection. ACS CEO Chris Wior described the Bullfrog as “the only near-term viable solution for close-in kinetic defeat at scale,” emphasizing its speed and accuracy against fast-moving drone threats. The company is expanding its global presence through a co-production agreement with Romania and by opening regional offices in Asia and Europe to meet growing demand. ACS also partnered with ManTech to integrate Bullfrog systems aboard maritime platforms used by US Special Operations Forces (SOF). Recent trials saw the Bullfrog demonstrated for the Pentagon, mounted on Abrams tanks and Bradley infantry fighting vehicles, proving its compatibility with legacy armored platforms. The demonstrations showcased its autonomous targeting capabilities and situational awareness in complex environments. As drone threats become increasingly sophisticated, the Bullfrog’s export success underscores a global trend toward AI-enabled defense systems that combine autonomy, modularity, and kinetic precision. ACS’s partnerships and production initiatives reflect its rapid emergence as a global competitor in the counter-UAS technology landscape.
