Lockheed Demos AI-Powered Combat Aircraft for US Army
Lockheed Martin has successfully demonstrated its NGC2 prototype, an AI-powered combat aircraft, for the US Army. The platform is designed for manned-unmanned teaming and features autonomous threat response and adaptive mission planning. This marks a key milestone in the military's shift toward advanced, "attritable" autonomous systems for air and ground roles.
This demonstration was part of the Army's "Lightning Surge 2" exercise in Hawaii, where the NGC2 prototype connected sensor data to live-fire missions from HIMARS rockets and M777 howitzers. The system used AI to shorten the time between target identification and getting clearance to fire. The tech stack for the prototype features several key industry partners. Raft supplied the foundational AI-powered data platform and voice command system, Accelint provided the "Neo" mission-command interface for a unified operational picture, and Rune's TyrOS platform handled logistics data like ammunition levels. The term "attritable" signifies a strategic shift in military hardware. It refers to reusable unmanned aircraft built at a low enough cost—typically in the $2 to $20 million range—that their loss in combat is acceptable to achieve a tactical objective. This approach prioritizes affordable combat mass over expensive, exquisite platforms. This effort is a component of the U.S. Army's broader "Project Convergence" campaign, a series of experiments designed to integrate modernization efforts across all domains (air, land, sea, space, and cyberspace). The latest iteration, Capstone 4, involves joint operations with the Navy, Air Force, and Marines, as well as multinational partners like the UK, Australia, and Japan. The core doctrine at play is Manned-Unmanned Teaming (MUM-T), defined as the synchronized use of soldiers, manned aircraft, and unmanned systems to improve situational awareness and survivability. This allows unmanned platforms to make contact with the enemy first, reducing risk to human soldiers. This push for autonomous air assets is directly linked to the Army's ground modernization. The Next Generation Combat Vehicle (NGCV) program is developing a portfolio of robotic and optionally-manned vehicles to replace legacy systems like the M2 Bradley Fighting Vehicle, all designed to interoperate in a MUM-T environment.
