Side view of a military truck carrying X-band radar. Image: Assured Space
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An Arizona-based defense company is aiming to address a key limitation of traditional missile defense radar systems: their reliance on large, fixed infrastructure.

To do so, Assured Space is introducing Penoptix, a fully transportable X-band radar designed for rapidly changing battlefield environments.

At its core, the system features a 3-square-meter (32.3-square-foot) active aperture that can be networked with additional units to deliver what the company describes as an “all-seeing” capability.

This modular approach allows operators to expand coverage, reduce single points of failure, and maintain functionality in degraded or jammed environments.

A concept rendering of CapLink Array. Image: Assured Space

The radar also adopts a “fight-as-you-come” operational model, enabling rapid deployment, frequent relocation, and continued effectiveness even if individual nodes are lost.

“Legacy radar systems were designed for a threat environment that no longer exists,” said Sean McDaniel, chief executive officer of Assured Space.

“Penoptix addresses the future of missile defense with a mobile, modular system that is easy to replace and easy to defend. Most importantly, it saves lives by giving our warfighters, friends, and allies the scalable, all-seeing capability they need to defeat modern threats.”

A Closer Look at Penoptix

Built on the company’s CapLink Array technology, the system uses advanced gallium nitride-based transmitter and receiver modules to deliver more than 50 decibels of isotropic gain.

It can integrate with existing radar and command-and-control systems and operate across multiple communications pathways, including terrestrial, satellite, and wireless networks.

Illustration of a CapLink phased array. Image: Assured Space

Penoptix supports mission sets including missile warning and defense, drone detection, forward operating base protection, and mobile and contingency operations.

It also offers ±65 degrees of azimuth steering and 0 to 90 degrees of elevation coverage, supported by mechanical pivoting.

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