International Submarine Engineering

Supports: Profile · current activity

ISE introduced SCOUT-500 on April 8, 2026 as a compact Canadian-designed and manufactured AUV for rapid deployment.

Supports: Profile · operating context

The official launch describes SCOUT-500 as a two-person-portable, 500-metre-rated AUV for harbour, coastal and environmental missions.

Supports: Profile · reviewed questions.international-submarine-engineering-refresh-question-1.confidence

International Submarine Engineering offers Explorer AUV configurations for 300 to 6,000 m depth, with modular pressure hull and wet payload sections, INS/DVL navigation and Ethernet sensor access. It names Ifremer, NOAA/university operators, Memorial University and NRCan among delivered users. Historic under-ice endurance involved charging and data transfer beneath ice, not a single battery charge. The company lists 1734 Broadway Street, Port Coquitlam and 604-942-5223.

Supports: Profile · reviewed questions.international-submarine-engineering-refresh-question-1.context

International Submarine Engineering offers Explorer AUV configurations for 300 to 6,000 m depth, with modular pressure hull and wet payload sections, INS/DVL navigation and Ethernet sensor access. It names Ifremer, NOAA/university operators, Memorial University and NRCan among delivered users. Historic under-ice endurance involved charging and data transfer beneath ice, not a single battery charge. The company lists 1734 Broadway Street, Port Coquitlam and 604-942-5223.

Supports: Profile · reviewed questions.international-submarine-engineering-refresh-question-1.id

International Submarine Engineering offers Explorer AUV configurations for 300 to 6,000 m depth, with modular pressure hull and wet payload sections, INS/DVL navigation and Ethernet sensor access. It names Ifremer, NOAA/university operators, Memorial University and NRCan among delivered users. Historic under-ice endurance involved charging and data transfer beneath ice, not a single battery charge. The company lists 1734 Broadway Street, Port Coquitlam and 604-942-5223.

Supports: Profile · description

Source location: Reviewed source summary

ISE describes Explorer as a flexible long-range autonomous underwater vehicle and cites a continuous unsupervised under-ice survey exceeding ten days and one thousand kilometres.

Supports: Explorer AUV · technical tags

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · technical tags

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · commercial availability

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · technicaldomainslugs

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · defence applications

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · technical tags

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · defence applications

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · technology readiness level

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · core features

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · capability type

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · defence applications

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · name

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · summary

Source location: Reviewed source summary

ISE describes Explorer as a flexible long-range autonomous underwater vehicle and cites a continuous unsupervised under-ice survey exceeding ten days and one thousand kilometres.

Supports: Explorer AUV · core features

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · core features

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · maturity

ISE lists deliveries to Ifremer, NOAA, Memorial University, University of Bremen, Natural Resources Canada and Fukada. Its under-ice history exceeding 10 days included underwater charging and data transfer; it does not mean one battery charge lasted the whole expedition.

Supports: Explorer AUV · core features

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · summary

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV · technical tags

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV → Underwater ISR

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV → Underwater ISR

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV → Underwater ISR

Source location: Reviewed source summary

ISE describes Explorer as a flexible long-range autonomous underwater vehicle and cites a continuous unsupervised under-ice survey exceeding ten days and one thousand kilometres.

Supports: Explorer AUV → Underwater ISR

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV → Underwater ISR

ISE Explorer is a modular AUV family with depth-dependent 300 m to 6000 m configurations. Payloads can include side-scan sonar, multibeam, sub-bottom profiling, cameras, CTD and chemical sensors, with high-speed Ethernet data access.

Supports: Explorer AUV → Future submarine operational capability

Source location: Reviewed source summary

ISE describes Explorer as a flexible long-range autonomous underwater vehicle and cites a continuous unsupervised under-ice survey exceeding ten days and one thousand kilometres.

Supports: Explorer AUV → Persistent uncrewed underwater surveillance

Source location: Reviewed source summary

ISE describes Explorer as a flexible long-range autonomous underwater vehicle and cites a continuous unsupervised under-ice survey exceeding ten days and one thousand kilometres.

Supports: Profile · reviewed questions.international-submarine-engineering-refresh-question-1.context

International Submarine Engineering describes a towed Explorer docking system for underwater charging and data download as joint development with Dalhousie University supported by IDEaS. Its objective is persistent maritime surveillance. The page describes development and does not prove an operational fleet deployment of the dock.

Supports: Profile · reviewed questions.international-submarine-engineering-refresh-question-1.confidence

International Submarine Engineering describes a towed Explorer docking system for underwater charging and data download as joint development with Dalhousie University supported by IDEaS. Its objective is persistent maritime surveillance. The page describes development and does not prove an operational fleet deployment of the dock.

Supports: Profile · operating context

International Submarine Engineering describes a towed Explorer docking system for underwater charging and data download as joint development with Dalhousie University supported by IDEaS. Its objective is persistent maritime surveillance. The page describes development and does not prove an operational fleet deployment of the dock.