Lockheed Martin Corporation Company Profile

Sr. No.

Item

Description

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Company Name

Lockheed Martin Corporation.

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Website

www.lockheedmartin.com

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Established Date

1912

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Headquartered

Bethesda, Maryland, United States

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Market Position/ History

Lockheed Martin’s history traces back to the early development of the American aviation industry. Glenn L. Martin established the Glenn L. Martin Company in Los Angeles in 1912, while Allan and Malcolm Lockheed founded the Alco Hydro-Aeroplane Company later that year. Both organizations grew from modest beginnings into major aviation and aerospace enterprises, driven by innovation in aircraft design and engineering. Over the following decades, their legacy companies contributed to the development of military aircraft, bombers, transport aircraft, commercial aircraft, missiles, radar systems, satellites, and space technologies. The companies also developed notable platforms such as the P-80, F-104 Starfighter, U-2, C-130 Hercules, C-5 Galaxy, F-16 Fighting Falcon, and F-22 Raptor, while expanding their capabilities in aerospace research, defense, and space exploration.

The modern Lockheed Martin was formed in 1995 through the merger of Lockheed Corporation and Martin Marietta, combining extensive capabilities across aerospace, defense, and space systems. The company continued building on its long history of innovation through programs involving missile defense, unmanned aerial vehicles, advanced radar, satellite communications, GPS, space exploration, and military aircraft. Its legacy also includes the Skunk Works organization, known for developing advanced aerospace technologies and aircraft, as well as contributions to major programs such as the Space Shuttle, Mars missions, Hubble Space Telescope, GPS III, and AEGIS. Overall, the company’s history reflects a long-term focus on technological innovation, advanced engineering, national security, and solutions to complex aerospace and defense challenges.

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Sales Area

Worldwide

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Manufacturing Location

Bethesda, Maryland

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Ticker

NYSE: LMT

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No. of Employees

~121,000

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Competitors

• EDGE Group PJSC
• RAFAEL Advanced Defense Systems Ltd.
• Israel Aerospace Industries
• Rheinmetall AG

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CEO

Jim Taiclet

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Ownership Type

Public Company

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Contact Information

 6801 Rockledge Drive Bethesda, MD 20817 U.S.A. (301) 897-6000 Customer Base
Tel: +44 (0) 207 823 0700

Product

Product Description

Sanctum Counter-UAS

Sanctum is an advanced Counter-Unmanned Aerial System developed by Lockheed Martin to detect, track, and defeat increasingly sophisticated unmanned aerial system and unmanned aerial vehicle threats. It combines AI, cloud computing, advanced sensors, mission-management software, and multiple effectors within an integrated architecture.

The system is designed to provide a flexible and scalable response against both individual drones and coordinated drone swarms, while allowing integration with existing defense infrastructure.

Detection and Tracking

• Sanctum uses advanced sensors and AI-enabled technologies to detect and track UAS threats in real time. Its AI capabilities are intended to improve the speed and accuracy of threat detection and tracking while allowing the system to adapt to changing drone behaviors.
• Key capabilities include:
• Real-time UAS detection and tracking
• AI-enabled threat assessment
• Continuous monitoring of aerial threats
• Support for individual and swarm-based UAS threats
• Adaptive response to evolving drone technologies

Mission Management

• Sanctum integrates mission-management software that processes information collected by the system's sensors and coordinates the engagement of detected threats. This provides an integrated link between detection, tracking, decision-making, and threat defeat.
• The mission-management architecture helps decision-makers respond to detected threats while coordinating the appropriate counter-UAS effectors.

AI and Cloud Computing

• Artificial intelligence and cloud computing are central elements of the Sanctum architecture. The system is designed to process threat information in real time and adapt its response based on changing engagement conditions.
• Its AI-enabled capabilities are intended to:
• Improve detection and tracking
• Support faster engagement decisions
• Process information from multiple system components
• Adapt to evolving UAS threats
• Support responses against increasingly complex drone operations

Defeat Capabilities

• Sanctum supports multiple methods for defeating UAS threats rather than relying on a single countermeasure. The system can incorporate both electronic warfare and kinetic effectors, allowing the appropriate defeat mechanism to be selected based on the operational situation.
• Electronic warfare effectors
• Kinetic effectors
• Missile-based interception
• Multi-effector engagement capability
• This approach provides flexibility when responding to different types and sizes of UAS threats.

Modular and Open Architecture

• Sanctum uses an open and modular architecture that enables integration with existing defense infrastructure. This allows the system to be configured according to mission requirements and provides flexibility to incorporate additional sensors, software, and effectors.
• The architecture also supports scalability as UAS threats evolve, making the system suitable for different operational environments and deployment requirements.

GRIZZLY Containerized Launcher Integration

• Sanctum has been integrated with the GRIZZLY containerized launcher to provide a ready-to-fire C-UAS configuration. The containerized design is intended to reduce infrastructure requirements and logistical footprint while supporting agile and distributed deployment.
• The integrated configuration combines:
• Sanctum sensors
• Mission-management software
• GRIZZLY containerized launcher
• JAGM missile
• Kinetic target-engagement capability

JAGM Missile Demonstration

• In June 2026, Lockheed Martin demonstrated the first Sanctum C-UAS launch from the GRIZZLY containerized launcher. During the demonstration, Sanctum sensors detected and tracked a Group Three one-way attack test UAV.
• The mission-management software processed the engagement, after which the GRIZZLY launcher fired a Joint-Air-to-Ground Missile that successfully neutralized the target. The demonstration provided an example of an integrated sensor-to-effector engagement.
• Lockheed Martin stated that the hardware-in-the-loop integration and live-fire testing were completed in less than 45 days, highlighting the ability to rapidly integrate the system's existing technologies.

Deployment Characteristics

• The GRIZZLY integration provides Sanctum with a compact and flexible deployment option. By using a containerized launcher, the system can be deployed without requiring extensive infrastructure, supporting distributed counter-UAS operations.
• Key deployment characteristics include:
• Containerized configuration
• Reduced infrastructure requirements
• Reduced logistical footprint
• Agile deployment
• Distributed deployment capability
• Integration with existing defense infrastructure

Demonstrated Effectiveness

• Lockheed Martin has demonstrated Sanctum through field and live-fire testing involving small UAS threats. These demonstrations have shown the system's ability to detect, track, process an engagement, and neutralize hostile UAVs.
• The GRIZZLY demonstration further demonstrated the integration of detection, mission management, and kinetic defeat capabilities within a single C-UAS architecture.

Key Product Features

• AI-enabled detection and tracking
• Cloud computing capabilities
• Integrated mission-management software
• Open and modular architecture
• Scalable system configuration
• Electronic warfare effectors
• Kinetic defeat capabilities
• JAGM missile integration
• GRIZZLY containerized launcher
• Individual UAS threat detection and defeat
• Counter-swarm capability
• Interoperability with existing defense infrastructure
• Adaptive response to evolving UAS threats
• Reduced infrastructure and logistical requirements