America is rapidly advancing its space-based missile warning and tracking capabilities with the development of Next Generation OPIR GEO, a critical system designed to counter increasingly sophisticated and evolving missile threats. Building upon the proven heritage of the Space-Based Infrared System (SBIRS), this next-generation architecture boasts enhanced sensors with improved sensitivity and persistent coverage, specifically engineered to detect and track challenging targets like hypersonic glide vehicles that possess difficult signatures, high speeds, and maneuvering flight profiles. The system’s geosynchronous orbit ensures continuous global coverage, providing timely warning and tracking information vital for force protection, informed decision-making, and ultimately, saving lives. Lockheed Martin, in close partnership with the U.S. Space Force and a network of subcontractors and supply-chain partners, is leveraging advanced digital engineering methods and decades of SBIRS experience to integrate modern infrared payloads and a resilient ground architecture capable of processing vast amounts of sensor data. This next-generation system incorporates cyber-resilient features, enhanced power and propulsion, and onboard data processing to ensure mission continuity even during communication disruptions, representing a significant leap forward in maintaining U.S. strategic advantage in space-based missile defense.
Adapted from: U.S. News Today on Fox News
