en.Wedoany.com Reported - Assured Space has launched its next-generation mobile missile defense radar, the Penoptix™, a fully transportable X-band radar system designed for operation in dynamic adversarial environments where mobility and flexibility are critical. By introducing a distributed architecture, the radar overcomes the limitations of traditional radar systems, enabling rapid deployment, repositioning, and expansion based on mission requirements. Rather than relying on a single fixed system, Penoptix operates as part of a network, delivering greater flexibility, built-in redundancy, and more resilient performance on the battlefield.
Sean McDaniel, CEO of Assured Space, stated that traditional radar systems were designed for threat environments that no longer exist. Penoptix™ addresses the challenges of future missile defense through a mobile, modular system that is easy to replace and defend, and most importantly, provides scalable, omnidirectional capabilities for warfighters, friends, and allies to counter modern threats.
Built on Assured Space's proprietary CapLink Array™ technology, the Penoptix™ features a compact 3-square-meter active aperture that can be coherently combined with additional units to form a scalable sensor network. This network offers flexible, omnidirectional capabilities to address asymmetric threat environments challenging the defense posture of the United States and its friends and allies. Operators can thereby expand coverage, introduce redundancy, and maintain operational continuity in degraded or disrupted environments.
The system supports on-demand operational modes, enabling rapid deployment, frequent repositioning, and sustained mission effectiveness even if a single unit is lost or replaced. Penoptix is designed for integration with existing radar and command-and-control architectures and can operate via multiple communication transmission options, including ground, satellite, and wireless networks. This product exemplifies Assured Space's approach to next-generation radar architecture, focusing on mobility, modularity, and operational resilience.
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