Lockheed Successfully Tests Container-Launched Missile by Shooting Down Drone

• The GRIZZLY launcher uses a standard 10-foot shipping container, can hold up to eight munitions, and can be deployed on ground sites or maritime platforms
• The test integrated sensors and software from Sanctum Counter-UAS (developed with Microsoft) and Fortem Technologies radars to track and engage the target
• The Pentagon signed contracts in May with five defense companies including Lockheed and Leidos for its Low-Cost Containerized Missiles program targeting 10,000 missile procurement beginning 2027

Summary: Lockheed Martin Tests Container-Launched Anti-Drone Missile

Key Development:

Lockheed Martin successfully tested a missile launched from a shipping container that intercepted a test drone, marking progress in low-cost counter-drone defense solutions.

Technical Details:

• The joint-air-to-ground missile was fired from a 10-foot container using the "GRIZZLY containerized launcher" system
• Successfully intercepted a one-way attack drone (kamikaze-style UAV)
• The launcher can hold up to eight munitions simultaneously
• System is deployable on ground sites or maritime platforms
• Uses commercial off-the-shelf materials to reduce costs and logistical complexity

Technology Partners:

• Integrated sensors and software from Sanctum Counter-Unmanned Aerial System, co-developed with Microsoft
• Utilized R-40 radars from Utah-based startup Fortem Technologies for tracking and targeting

Market Context:

The Pentagon has prioritized containerized weapons systems as mobile, cost-effective defense capabilities. In May, the Department of Defense awarded contracts to five defense companies, including Leidos, for the Low-Cost Containerized Missiles program.

Future Procurement:

The Pentagon's program aims to acquire 10,000 missiles over three years, beginning in 2027.

Market Implications:

This successful test positions Lockheed Martin competitively in the growing counter-drone defense market, particularly as military forces worldwide seek affordable solutions against increasing unmanned aerial threats. The containerized approach offers strategic advantages through rapid deployment capability and reduced infrastructure requirements, potentially opening opportunities across allied nations facing drone threats.