U.S. Army Awards ThinKom $49M Contract for Advanced C-UAS Capabilities

The U.S. Army continues to enhance its defense capabilities against emerging threats posed by unmanned aerial systems (UAS) with a recent contract awarded to ThinKom Solutions Inc. The contract, valued at $49 million and provided under an Other Transaction Authority (OTA) framework, will focus on developing and evaluating the Alecto™ high-power microwave (HPM) system. This innovative system is part of the Army's broader initiative to leverage directed-energy technologies for effective mobile countering of UAS threats, specifically targeting Group 1 and Group 2 drones.

ThinKom, a satellite communication innovator, will utilize its cutting-edge VICTS (Variable Inclination Continuous Transverse Stub) phased-array antenna technology to enhance the Alecto system's capabilities. This system is designed for non-kinetic engagement, meaning it utilizes high-energy microwaves to disrupt or disable drones without the use of traditional munitions. The Alecto system aims to provide scalable, on-the-move defensive capabilities, offering a vital response as drones become increasingly cheap and available, thus creating a significant challenge for military operations.

The awarded contract indicates a significant shift in the Army's contracting approach, with an emphasis on flexibility and collaboration with private sector innovators. The OTA agreement facilitates faster prototyping and testing, which aligns with the Army's need to rapidly adapt to evolving threats on the battlefield. Initial funding will cover the development of one prototype from a planned four, with field testing set for 2027 at Redstone Arsenal, Alabama. This test will evaluate the Alecto system's performance and integration capabilities with existing government sensors and fire control systems, which are crucial for effective C-UAS operations.

The Army's commitment to investing in mobile counter-unmanned aerial systems (C-UAS) is reflective of an expanding focus on directed-energy solutions within defense procurement. As reported by the Army's Program Manager for Advanced Counter-Unmanned Aircraft System Effects (PM ACE), the evaluation of ThinKom's Alecto will serve as a fundamental step in determining the viability of high-power microwave technology as a predominant solution against modern drone warfare. By integrating advanced sensors and control systems, the Alecto is intended to synergize with the Army's existing frameworks, ensuring comprehensive coverage against UAS threats that are becoming more sophisticated and numerous in both civilian and military environments.

This contract not only represents an advancement in technology but also offers actionable insights for contractors. Companies specializing in high-power microwave technologies, phased-array antenna development, and C-UAS integration solutions should consider engaging with the Army as this prototype progresses through testing. The potential procurement implications here are considerable, marking a shift toward a new class of defense technologies that could redefine strategies for UAS mitigation in the coming years.

Key Points:

• $49 million OTA prototype contract awarded by the U.S. Army's PM ACE in August 2026.
• Focus on developing mobile, non-kinetic C-UAS capabilities utilizing high-power microwave systems.
• First prototype testing scheduled for 2027 at Redstone Arsenal, Alabama.
• ThinKom to integrate its patented VICTS antenna technology with Army sensors and controls.
• Demonstrates Army's increasing investment in directed-energy technologies for defense applications.
• The contract indicates potential opportunities for contractors in high-power microwave and counter-drone technologies.
• Alecto designed to address diverse and evolving drone threats while operational on-the-move, improving response times.