Ocean Power Technologies Integrated Vessels in NATO Exercise
Defense contractors should note how unmanned surface vessels achieved real-time command and control integration.
Updated on Sept. 21, 2026 in Military Jobs
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Ocean Power Technologies deployed three classes of its WAM-V unmanned surface vessels at the REPMUS 2026 maritime exercise in Portugal. These platforms were the only U.S. unmanned surface systems to integrate directly with U.S. command and control during the multinational drill.
Why it matters
The successful integration signals a shift toward standardized interoperability for unmanned systems in complex maritime environments. For operators, this demonstrates a move away from siloed autonomous tech toward systems capable of direct command and control communication.
Ocean Power Technologies utilized 3 classes of WAM-V vessels to support 5 mission sets during the REPMUS 2026 exercise. The units were the only U.S. unmanned surface vessels to link with U.S. command and control systems.
The players
Ocean Power Technologies
A developer of autonomous maritime platforms and power solutions for defense and commercial sectors.
U.S. Navy
The maritime branch of the United States Armed Forces responsible for sea-based power projection.
NATO
An intergovernmental military alliance that oversees large-scale interoperability exercises.
The details
The vessels were assigned distinct operational roles: the WAM-V 8 conducted beach-launched environmental assessments, the WAM-V 16 handled mine countermeasures, and the WAM-V 22 executed surveillance and above-water warfare tasks. By operating within the live command and control picture, the systems moved beyond isolated testing to support real-world tactical integration. This exercise also provided hands-on training for U.S. Navy and Marine Corps personnel on autonomous deployment.
Timeline
The REPMUS 2026 maritime exercise took place in 2026.
Market Landscape
The REPMUS exercise series serves as the primary industry benchmark for testing unmanned system interoperability in maritime warfare. This integration marks a departure from isolated platform testing toward a standardized operational framework for autonomous naval assets.
Operators in the defense sector should monitor how autonomous providers prioritize command and control compatibility over standalone features. Suppliers to military prime contractors should evaluate if their systems can integrate into existing operational command networks to remain competitive.
The takeaway
The successful integration of autonomous units into live command structures validates the pivot toward modular, mission-ready maritime robotics. Manufacturers should focus on developing systems that can mirror the interoperability standards demonstrated during this exercise.
Further reading
Explore deeper insights into the sector at /Military Jobs.
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