Leonardo DRS Launched Compact Hemispheric Radar System
The new containerized digital radar system provides long-range tracking capabilities for aerial threats.
Updated on Oct. 12, 2026 in Robotics
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Leonardo DRS has launched the cxMHR, a fully digital C-band Active Electronically Scanned Array radar system designed for mobile deployment. The system has moved into initial production and is currently on display at the AUSA Annual 2026 meeting.
Why it matters
The cxMHR offers a standardized, containerized approach to wide-area surveillance that simplifies the rapid deployment of tracking technology. Its open-architecture design enables integration into broader defense networks using modular, swappable components.
The system utilizes four Active Electronically Scanned Array (AESA) panels to deliver 360-degree hemispheric coverage. Built to Modular Open Systems Approach standards, the hardware fits entirely within one ISO-containerized unit.
The players
Leonardo DRS
A defense technology contractor that manufactures integrated sensor, electronic warfare, and mission system stacks for military applications.
The details
The radar uses AI-enabled tracking to classify targets, distinguishing between various aerial vehicles. It integrates an Identification Friendly or Foe (IFF) system—a transponder technology that allows military platforms to distinguish between ally and enemy assets—within its digital C-band architecture.
Timeline
October 12, 2026: Leonardo DRS officially announced the launch of the cxMHR radar.
October 12, 2026 to October 14, 2026: The system is being exhibited at the AUSA Annual 2026 conference.
The Tech Race
The system follows the Department of Defense's Modular Open Systems Approach mandate, prioritizing interoperability over proprietary hardware constraints. This aligns with a broader industry push toward modular, containerized sensor suites that can be rapidly fielded without custom infrastructure.
This radar system is intended for professional defense and security environments rather than consumer applications. Deployment of these units will likely impact logistics for tactical operations as the systems begin shipping to initial customers following their current production phase.
The takeaway
The cxMHR represents a shift toward consolidating high-end, hemispheric tracking into a single, transportable module. Watch for upcoming contract awards or field test results to confirm the system's operational viability against the claimed 330-kilometer range for transport aircraft.
Further reading
Explore the latest developments in autonomous sensing and mobile defense units in the Robotics section.
More information
View the technical specifications on the Leonardo DRS capabilities information portal.
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Should the U.S. invest in new, long-range digital radar technologies for missile defense?
