Lockheed Martin demonstrated a counter-drone system that launched a missile from a shipping-container launcher to intercept a test attack drone on Wednesday [1].
The test validates the ability to deploy high-tech defenses in a mobile, low-cost format. As drone threats increase globally, the military requires systems that can be rapidly transported and deployed without permanent infrastructure.
The live-fire event took place at the Yuma Proving Ground in Arizona [2]. The system, known as the GRIZZLY containerized C-UAS launcher, utilized a combination of radar sensors and the Sanctum command-and-control software to identify and neutralize the target [3].
During the exercise, the GRIZZLY launcher fired a missile from within a standard shipping container [4]. This missile successfully intercepted a Group 3 one-way attack test drone [5]. The demonstration marked the first time the Sanctum C-UAS software was launched from a containerized launcher [6].
Lockheed Martin developed the system to meet a rising demand for affordable counter-drone solutions [7]. By integrating the sensors and the launcher into a single transportable unit, the company aims to provide a scalable defense mechanism that can be moved easily across different theaters of operation.
The use of the Sanctum software allows for the coordination of the intercept process, from initial radar detection to the final missile launch, within a unified digital framework [3].
“The GRIZZLY system successfully intercepted a Group 3 attack drone.”
The successful test of the GRIZZLY system indicates a shift toward 'modular warfare,' where complex defense systems are shrunk into standard logistics footprints like shipping containers. This allows the U.S. to deploy sophisticated air defenses to remote areas quickly, reducing the time between arrival and operational readiness while countering the proliferation of cheap, one-way attack drones.
