September 08, 2026
-Leidos (NYSE: LDOS) maritime autonomy recently reached two significant milestones supporting U.S. Navy operations, with Sea Hunter at Rim of the Pacific 2026 (RIMPAC) and Seahawk operating with the USS Theodore Roosevelt Carrier Strike Group.
Why it matters: The milestones reinforce the growing role of autonomous vessels and mark a milestone in moving these systems from experimentation to the U.S. Navy fleet.
At RIMPAC 2026
Sea Hunter, originally developed by Leidos, participated in RIMPAC as the exercise’s only Medium Unmanned Surface Vessel (MUSV).
Powered by the Leidos Autonomous Vessel Architecture (LAVA), Sea Hunter:
With the USS Theodore Roosevelt Carrier Strike Group
Seahawk is operating alongside crewed naval forces as the first MUSV to deploy operationally with a carrier strike group.
Operating within the strike group’s communications, command-and-control and operational framework, Seahawk’s capabilities include:
Autonomous navigation and perception
Expert perspective
“Sea Hunter and Seahawk show what more than a decade of operating autonomy at sea brings to the mission,” said Mike Rickels, Leidos senior vice president for Maritime. “Real-world operations validate performance while providing lessons that further refine autonomy for future missions.”
The technology
Sea Hunter and Seahawk are powered by LAVA, the modular software that enables autonomous navigation, mission execution, obstacle avoidance and other critical functions. It also provides a common autonomy foundation that can support different vessels and mission requirements.
By the numbers
Across its autonomous maritime portfolio, Leidos vessels and autonomy software have accumulated:
The big picture
Leidos’ experience extends beyond autonomous navigation. In 2021, the Leidos-built MUSV Ranger, operating with LAVA, test-fired an SM-6 Standard Missile from a modular launch system as part of the Navy’s Ghost Fleet Overlord program.
Together, Sea Hunter, Seahawk and Ranger demonstrate the breadth of Leidos maritime autonomy across vessels, missions and operating environments.
Source : Leidos