SG-1 Fathom
SG-1 Fathom is Helsing's autonomous subsurface glider for wide-area underwater surveillance and critical-infrastructure protection. It is designed for mass deployment in constellations, edge detection with Lura and lean launch and recovery from commercial or military vessels.
Facts
- Company: Helsing
- Type: Underwater Glider
- Core: SG-1 Fathom
- Function: Surveillance
- Audience: Navies
- Status: Development
- Website: https://helsing.ai/lura
Specifications
- Platform Type: Subsurface glider
- Mission Roles: Subsurface surveillance and critical-infrastructure protection
- Coordination Model: Designed to patrol in a swarm or hold position on the seabed
- Edge AI Integration: Integrated with Lura for real-time detection and classification at the edge
- Deployment Model: Deployment and recovery from commercial and military vessels by a lean crew
- Production Model: Planned for mass production in Helsing Resilience Factories
Market context
Navies
- Peer Group: Underwater Glider, Autonomous underwater vehicle
- Workflow: Underwater Robotics, Maritime domain awareness, Marine data collection
- REMUS 620 - HII Unmanned Systems - Autonomous Underwater Vehicle
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Capabilities
persistent underwater surveillance
- Workflows: Underwater Robotics, Maritime domain awareness, Marine data collection
- ISR and tactical support - Demonstrated - 2025-05-13 - Use Lura onboard to detect, classify and report underwater acoustic threats. - environment: Naval Base Portsmouth demonstration and intended ocean patrol areas - source: helsing.ai
- Extended sea endurance - Claimed - 2025-05-13 - Patrol underwater for the manufacturer-rated duration of up to three months. - environment: Naval Base Portsmouth demonstration and intended ocean patrol areas - source: helsing.ai
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Operations
- Resilience Factory Count - 1 UK Resilience Factory - 2025-11-19 - Plymouth Resilience Factory - maritime autonomy production - Helsing opened its first UK Resilience Factory in Plymouth to build SG-1 Fathom autonomous underwater gliders and Lura acoustic AI systems. - source: helsing.ai
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