U.S. Army Awards Lockheed Martin $347.5M for Containerized Patriot Launcher and 360-Degree Guidance

Contract Overview

Lockheed Martin Missiles and Fire Control, based in Grand Prairie, Texas, has been awarded a contract worth up to $347,500,000 to develop a new containerized Patriot missile launcher and companion guidance system, according to a federal contract award notice dated July 1, 2026.

The Army Contracting Command at Redstone Arsenal, Alabama, issued the sole-source contract, citing Lockheed Martin's proprietary technical data.

Program Background

This award represents the Phase 2 contract for the Missile Segment Enhancement Containerized Launcher and Remote Interceptor Guidance 360 Degrees Containerized System program. It builds directly on a $61 million Phase 1 contract issued in May 2026, which began development and demonstration of the same two hardware systems.

The Tactical Problem

Conventional Patriot batteries rely on the AN/MPQ-65 radar, a sensor that only tracks threats within a fixed, sector-shaped arc rather than scanning the full 360 degrees around a defended site. When a missile or aircraft approaches from outside that sector, the radar cannot generate the precise fire control tracking data the PAC-3 interceptor needs to guide itself to a successful hit. This leaves the battery effectively blind to attacks from the wrong angle.

The Two Key Systems

1. Missile Segment Enhancement (MSE) Containerized Launcher

• A Patriot missile launcher built into a standard shipping container
• Replaces the boxy M903 vehicles that have carried Patriot missiles for decades
• Allows any sufficiently powerful truck to transport and deploy the launcher at improvised locations
• Spreads interceptors across a wider area, making individual launch sites harder to locate and target during saturation attacks

2. Remote Interceptor Guidance 360 Degrees (RIG-360)

• A hemispherical guidance device designed to eliminate the radar's blind spot
• Provides tracking and guidance data regardless of the threat's direction of approach

Integration with IBCS

Both systems connect into the Integrated Battle Command System (IBCS) , the Army's networked air defense architecture. IBCS allows a missile fired from one launcher to be guided using radar and sensor data collected elsewhere on the battlefield.

The Army first proved this networked approach in a successful PAC-3 MSE engagement using IBCS in 2021. The system has since moved into full-rate production and has been operationally fielded with allied forces in Poland.

Development Plan

Work under the Phase 2 award is divided into eight separate development increments:

• Five increments covering the containerized launcher
• Three increments covering the RIG-360 system

The staged approach progresses through:

1. Hardware-in-the-loop laboratory testing
2. Design maturity review
3. Environmental qualification testing
4. Live-fire flight test events
5. Final validation of manufacturing processes for wider production

This structure allows engineers to catch design problems early, address deviations discovered in earlier increments, and confirm the hardware and software baseline before committing to full production.

Broader Patriot Program Context

This contract arrives amid a significant surge in Patriot-related spending:

• April 2026: Lockheed Martin won a $4.76 billion Army contract to continue producing PAC-3 MSE interceptors through mid-2030
• Approximately 94 percent of that funding comes from Foreign Military Sales customers, reflecting strong allied demand as global demand for the interceptor outpaces supply