Lockheed Martin Completes Counter-UAS Test: JAGM Missile Successfully Fired from GRIZZLY Containerized Launcher
Lockheed Martin has completed a counter-UAS system integration test, successfully firing a Joint Air-to-Ground Missile (JAGM) from the containerized GRIZZLY launcher. The integrated system executed a full detect-to-engage sequence, with radar sensor data processed through Sanctum mission management software to generate valid engagement solutions, demonstrating high-mobility counter-drone combat capability.
Highlights
- Lockheed Martin successfully fired a JAGM missile from the containerized GRIZZLY launcher during a counter-UAS integration test.
- The integrated system executed a full detect-to-engage sequence, from radar detection through to missile intercept.
- Sanctum mission management software processed multi-radar sensor data in real time to generate precise engagement solutions.
- The GRIZZLY containerized launcher provides high mobility and rapid deployment capability, reducing logistical complexity in frontline environments.
- The successful test is expected to accelerate military procurement and deployment of Lockheed Martin's multi-layered counter-UAS defense systems.
Lockheed Martin has announced the successful completion of a significant counter-UAS system integration test, validating the combat capability of firing the Joint Air-to-Ground Missile (JAGM) from the containerized GRIZZLY launcher.
Full Detect-to-Engage Operational Sequence
According to Lockheed Martin, the integrated system executed a complete detect-to-engage operational sequence during the test. Sensor data collected by the radar system was processed in real time through Sanctum mission management software, which ultimately generated a precise engagement solution to guide the missile through to intercept.
System Highlight: Containerized Mobile Launcher
The GRIZZLY containerized launcher is designed to give the entire system a high degree of mobility and rapid deployment capability. It can carry JAGM missiles to counter a range of aerial threats, including drone swarms, cruise missiles, and other low-altitude targets. This architecture significantly reduces logistical complexity, making it well-suited for rapid deployment in frontline or distributed operational environments.
Sanctum Software: The Command-and-Control Core
Sanctum mission management software played a pivotal role in the integration test, fusing sensor data from multiple radar systems to perform target identification, threat assessment, and engagement prioritization — enabling a highly efficient, automated command-and-control workflow.
The test results further validate Lockheed Martin's system integration capabilities in the multi-layered counter-UAS defense domain, and are expected to accelerate military procurement and deployment of the related systems.
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