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Autonomous Underwater Vehicle solutions
AUVs for defense applications
Exail provides a wide range of Autonomous Underwater Vehicles (AUVs) with mission-specific capabilities, state-of-the-art sensors, and diverse payload options for cost effective seabed mapping and high quality imaging.
Missions
Critical Infrastructure Protection - Seabed Warfare
- Rapid Environment Assessment (REA)
- Search and rescue operations
- Intelligence, Surveillance, Reconnaissance (ISR)
- Harbor and Costal Surveillance and Protection
- Subsea Works
- Bathymetry, & Data Acquisition
- Hydrographic survey
- Deep Water Survey & Inspection
Benefits
- 3D Data Acquisition, High Quality Results
- Easy Launch & Recovery
- Easy Deployment
- User-friendly Management System
- High-Resolution Imaging
- High-Speed Seabed Mapping
- 24/7 AUV Services for Technical Assistance & Training
A9 Range - Man portable autonomous underwater vehicle
The A9 is a man-portable AUV, easily deployed from small watercraft and in shallow water conditions. Designed for several missions for both civilian and defense & security applications, the A9 AUV benefits of a modular architecture allowing it to be customized to meet specific requirements, including payload and battery size.
A18 range - Mid-size autonomous underwater vehicle
The A18 vehicle is a medium-sized autonomous underwater vehicle, specially designed to carry multiple sensor payload suites. It offers automatic launch and recovery as an optional feature, enabling deployment from various types of both manned and unmanned surface platforms. The vehicles can be operated by a two-person crew and are capable of performing specific missions for both civilian and defense & security applications. The A18 autonomous vehicle collects high-quality data with extensive coverage, making it suitable for efficient seabed mapping.
Ultra deep water AUV
The Ultra Deep Water AUV is a 6000-meter Autonomous Underwater Vehicle designed for missions such as inspections of oil and gas pipelines, seabed warfare, and exploration of mineral resources. Its architecture enables embedding a wide range of advanced sensors that can be configured according to your specific requirements. Its ability to hover allows it to inspect with great precision, and its navigational capabilities allow it to automatically modify its trajectory according to the obstacles and clues that it is able to detect.
Crédit : Ifremer - Olivier Dugornay