2017年1月23日 · The Bluefin SandShark micro-autonomous underwater vehicle (AUV) is the latest addition to the Bluefin family of AUVs developed by Bluefin Robotics, a part of General Dynamics Mission Systems. The vehicle is intended for …

2019年4月22日 · Lockheed Martin has been developing and building small A-size (4 7/8-inch diameter, 36-inch length) autonomous underwater vehicles (AUVs) for over 35 years. The A-size form factor has been, and will continue to be extremely utilitarian, as it dramatically increases the number of potential deployment mechanisms available to the end-user beyond ...

ecoSUB is the home of advanced, small, low cost AUV technology for science, defence and commercial operations

Abstract: A new generation of autonomous underwater vehicles are being successfully utilized to support a number of scientific and military objectives. Despite their small size and low cost, these new vehicles are versatile, reliable and require only a two person support staff.

2024年7月15日 · The Micro AUH is designed to be a maneuverable, hover-capable, low-cost, and low-logistics AUV for the near-seabed survey and accurate inspection in small areas. It is a small but capable AUV that can be operated by only one person from any small boat (see Fig. 1 ).

ecoSUBm5 - 500 m rated Small-AUV. Our ecoSUBm (Milli) vehicles are available as either 500m rated or 2,500m rated AUVs. They feature more space for payload and offer more power than our Micro class of AUV. 500 m. Antisubmarine warfare (ASW) Not all sensors can be carried on a single vehicle at the same time.

小型水下无人平台具有体积小、灵活性高、成本低、布放方便等优点，可广泛应用于水下应急救援、水下作业、水下环境监测、涉水休闲等领域。 作为与小型水下无人平台之间联系的“纽带”，传统有缆连接方式中线缆在布放、作业、回收过程中容易出现缠绕、扯断等问题，导致种种不便。 而水声通信技术以其“无线链路”的优势，可为母船/岸基与小型水下无人平台、无人平台之间提供指令和数据交互，大大增加了水下作业灵活性。...

ecoSUBm5 power + is the largest in the current range of ecoSUB advanced, low cost Autonomous Underwater Vehicles (AUV) available from ourecoSUB Robotics Division. Building on the capabilities of the m5, and capable of working to 500m the power+ incorporates an inline extension, which contains additional batteries, and payload space for ...

This paper first designs the exterior of the AUV based on the operating conditions, and utilizes ANSYS FLUENT to perform hydrodynamic analysis, thereby determining navigation resistance. Subsequently, on the basis of propeller propulsion, a crank-slider mechanism is adopted to convert reciprocating motion into continuous rotation.

True to its name, the AUV Lab has multiple AUVs deployed or under development: The Sea Beaver is a low-cost, open-source small AUV intended for education. It is being developed with support from Saab, Inc. The Sea Badger is the latest in a line of advanced variants of the Navy MK-39 EMATT anti-submarine training vehicle.