REMUS 6000
Large-Class Deep-Ocean Unmanned Underwater Vehicle for Long-Range Scientific, Commercial, and Defense Missions
Product descripton: REMUS 6000 by Huntington Ingalls Industries (HII)
REMUS 6000 is a next-generation large-class unmanned underwater vehicle (UUV) developed by HII Mission Technologies for deep-water exploration and complex undersea missions. Powered by the Odyssey™ cross-domain asset management suite, the platform combines deep-ocean capability, modular payload integration, and open-architecture design to support advanced scientific, commercial, and defense operations. Capable of accessing 98% of the world’s oceans, REMUS 6000 accommodates multiple sensors and mission packages for a wide range of deep-sea applications.
Key Features
- Large-class UUV
- Odyssey™ cross-domain autonomy suite
- Open-architecture design
- Expanded modular payload space
- Large payload capacity for advanced sensors
- Swappable battery bottles
- Compatible with advanced sonar systems
- Proven stern and side launch and recovery system
- High-reliability deep-ocean platform
Mission Applications
- Search and Recovery
- Hydrography
- Geothermal Vent Research
- Tectonic Plate Studies
- Deep-Sea Mineral Exploration
- Treasure Hunting
- Marine Research
- Fisheries Research
- Environmental Monitoring
- Oil and Gas Infrastructure Inspection
- Marine Geology
Advantages
- Large modular payload capacity
- Flexible mission customization through open architecture
- Proven deep-ocean reliability
- Rapid turnaround with swappable battery bottles
- Advanced sonar compatibility
- Stern or side launch and recovery capability
Technical specifications
| Parameter | Specification |
|---|---|
| Size | Large-class |
| Portability | Not man-portable |
| Depth Rating | 6000 meters |
| Endurance | Up to 25 hours |
| Range | 1.5 m/s |
| Speed | Up to 4.2 knots |
| Lithium-Ion Battery Options | Up to 17.55 kWh |
| Hard Drive | Two 8 TB swappable data bottles |
| Sonar | Standard dual frequency side-scan sonar |
| Optional Payloads | Multi-beam sonar, Synthetic Aperture Sonar, Sub-bottom profiler, Ultra-short baseline (USBL), User Defined Payloads |
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