The maritime battlespace is complex, contested and data‑dense for traditional, manned-only systems to operate effectively. HII’s unmanned and autonomous systems deliver the autonomous advantage across air, land and sea needed to build the Navy’s future fleet.
HII delivers a family of unmanned and autonomous systems that extends reach and decision advantage across the maritime domain, especially in contested environments.
Unmatched Unmanned Autonomy
REMUS unmanned underwater vehicles (UUVs), ROMULUS™ unmanned surface vehicles (USVs) and the Odyssey™ suite of advanced autonomy solutions provide a multi-domain, multi-mission collaborative autonomy architecture that integrates into larger networks and platforms to independently provide distinct mission value. Odyssey™ can be integrated with HII’s Mission Management System to provide manned-unmanned command and control (C2) across air and sea for long-range targeting against adversaries.
As America’s largest military shipbuilder, HII is blending its rich shipbuilding heritage with advanced autonomous technology to protect the nation. Experience the ROMULUS, a testament to our ability to militarize autonomy for the U.S. Navy today.
HII develops, maintains and implements simulation to support all aspects of uncrewed vehicles in maritime environments, from design to test. Odyssey Sim’s robust virtual world platform, physics-based simulation models and modular architecture make it an effective virtual testbed for surface and undersea vehicles. The maritime simulation environment assesses vehicle performance and enables timely analysis of alternatives regarding design or operating conditions.
Operational Planning and Training Support
Odyssey Sim’s virtual platform provides 3D models for simulating vehicle and sensor interactions with both real and synthetic environments. It offers real-time updates for conditions like waves and currents, allowing for customizable, realistic settings. This platform supports vehicle missions in challenging environments, enabling undersea maneuvering, surface vessel operations and navigation in complex flow regimes to meet operational planning and training needs.
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