Autonomous Underwater Vehicle
Autonomous Underwater Vehicle

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Products and services for "Autonomous Underwater Vehicle"

Image for Autonomous Underwater Vehicle Market Size, Share, Trends & Forecast
Product

Verified

Autonomous Underwater Vehicle Market Size, Share, Trends & Forecast

Autonomous Underwater Vehicle Market size is projected to reach $4486.0 Mn by 2030, growing at a CAGR of 20.71% from 2023 to 2030

by Verified Market Research

Image for Autonomous Underwater Vehicle for Defence Application – Sitep Australia
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Verified

Autonomous Underwater Vehicle for Defence Application – Sitep Australia

Autonomous Underwater Vehicle for Defence Application | ONE OF THE FOLLOWING

by Sitep Australia

Image for HAUV Hovering Autonomous Underwater Vehicle - General Dynamics Mission Systems
Product

Verified

HAUV Hovering Autonomous Underwater Vehicle - General Dynamics Mission Systems

The General Dynamics HAUV is a two-man-portable hovering AUV designed for ship hull inspection. Equipped with a high-resolution imaging sonar, it surveys ship hulls and other structures with minimal prior knowledge.

by General Dynamics Mission Systems

Image for Real-time system for autonomous underwater vehicle — Intermodalics
Product

Verified

Real-time system for autonomous underwater vehicle — Intermodalics

Real-time system for autonomous underwater vehicle | Situation & problem | Intermodalics’s solution | Outcome | Drone swarm for safe and coordinated night spectacles for a large public | Safe powered pylon inspections

by Intermodalics

Image for Bluefin-9M  Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems
Product

Verified

Bluefin-9M Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems

The General Dynamics Bluefin-9M is a lightweight, two-man-portable autonomous underwater vehicle with a mission turnaround time of less than 15 minutes.

by General Dynamics Mission Systems

Image for Bluefin SandShark Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems
Product

Verified

Bluefin SandShark Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems

The General Dynamics Bluefin SandShark is a one-person-portable autonomous underwater vehicle (AUV) designed to leverage today’s miniaturized sensors and also be the development platform for the next generation.

by General Dynamics Mission Systems

Image for Bluefin-12D Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems
Product

Verified

Bluefin-12D Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems

The General Dynamics Bluefin-12D is a modular autonomous underwater vehicle with flexibility that allows for swappable payloads.

by General Dynamics Mission Systems

Image for Power supplies for autonomous underwater robot vehicles_power supply for treadmill_Security power adapter_12V2A power adapter_36W power adapter_power supply 48V products
Product

Verified

Power supplies for autonomous underwater robot vehicles_power supply for treadmill_Security power adapter_12V2A power adapter_36W power adapter_power supply 48V products

Power supplies for autonomous underwater robot vehicles

by Shenzhen SOY Technology Co. Ltd.

Image for ARV-i Features - Autonomous Underwater Resident Vehicle
Product

Verified

ARV-i Features - Autonomous Underwater Resident Vehicle

ARV-i, from Boxfish Research & Transmark SubSea, is a resident autonomous underwater vehicle for continuous monitoring of offshore assets.

by Boxfish Research

35 companies for "Autonomous Underwater Vehicle"

USC AUV's Logo

Los Angeles, United States

51-100 Employees

We take members from any major and any skill level - no prior experience required! Learn more and sign up here.

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Core business
Image for USC AUV – USC's Autonomous Underwater Vehicle Design Team

USC AUV – USC's Autonomous Underwater Vehicle Design Team

... USC AUV – USC's Autonomous Underwater Vehicle Design ...

MarynSol's Logo

City of Edinburgh, United Kingdom

1-10 Employees

2016

Using marine robotics and advanced automation to get you better data sooner.

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Featured

Service
Image for Robotics as a Service | Surveys and inspections | Offshore renewable

Robotics as a Service | Surveys and inspections | Offshore renewable

... Autonomous Underwater Vehicles ...

Sunfish Inc's Logo

Seattle, United States

1-10 Employees

1983

Meet SUNFISH, a user friendly and person-portable Autonomous Underwater Vehicle (AUV) with field proven Artificial Intelligence (AI) and Simultaneous Localization and Mapping (SLAM). SUNFISH was developed by Stone Aerospace in collaboration with NASA for future exploratory mission to the Jovian moon, Europa. The AUV was designed to explore an ocean hidden beneath more than 15 km of ice and autonomously gather data from the alien planet. The AUV is designed to operate in a wide variety of undersea environments, ranging from man-made (e.g. piers or harbors) to natural (e.g. reefs or caves). In October 2017 we ran a series of tests and demonstrations in the unstructured labyrinthine cave environment of Peacock Springs.

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Image for SUNFISH® AUV – Pushing the Boundaries of Exploration & Technology

SUNFISH® AUV – Pushing the Boundaries of Exploration & Technology

... Meet SUNFISH, a user friendly and person-portable Autonomous Underwater Vehicle (AUV) with field proven Artificial Intelligence (AI) and Simultaneous Localization and Mapping (SLAM). ...

SEABER's Logo

Brandérion, France

11-50 Employees

SEABER is an innovative company that designs and manufactures highly reliable micro-AUVs navigating down to 300m depth with 8-10 hours autonomy, weighing 10kg and measuring 1m long. After years of experience and with a shared obsession for robotics and marine technologies, we decided to use our expertise and knowledge to develop the first micro-AUV that meets the specific needs of oceanographic researchers and navies. The YUCO aims to be used for research and commercial oceanographic applications. And the MARVEL is used for more defense oriented sectors such as security, coast guard, MCM missions and ASW training. We believe that the future of ocean exploration belongs to fleets of numerous small, agile, and affordable AUVs.

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Image for YUCO the first Autonomous Underwater Vehicle, used with confidence

YUCO the first Autonomous Underwater Vehicle, used with confidence

... YUCO the first Autonomous Underwater Vehicle, used with ...

Team AUV's Logo

Kharagpur, India

11-50 Employees

2010

In action, during one of the many testing sessions. Our team consists of 20 undergraduate students form multi disciplines. Our prime objective is to take part in the annual AUVSI ROBOSUB held in San Diego, California. This competition provides an opportunity for teams and industries across the globe to showcase their capabilities in underwater robotics. As part of the competition, a team is supposed to build and design a fully functional AUV which entails designing and manufacturing robust systems in the domains of mechanical, electrical and software engineering.

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Image for Home | Team AUV, IIT Kharagpur

Home | Team AUV, IIT Kharagpur

... Autonomous Underwater Vehicle is a research group in IIT Kharagpur working on designing and building fully autonomous submarines. Our main goals are to build robots to compete in competitions such as RoboSub and do pioneering research work in the fields of Image Processing, Embedded Systems ...

Autonomous Robotics Ltd's Logo

Warminster, United Kingdom

11-50 Employees

2002

Autonomous Robotics is developing an autonomous underwater vehicle solution – Flying Nodes – to be deployed in swarms of up to 3,500 for assessing and measuring key data in depths of up to 3000 metres. This ground breaking technology will dramatically reduce the cost of obtaining accurate data in the key sectors of environmental, offshore energy and defence. The Flying Node technology will disrupt these markets by offering commercial advantages in cost, time and/or higher data quality compared to existing technologies. Autonomous Robotics Ltd is a wholly owned subsidiary of Thalassa Holdings Ltd which is a company listed on the UK and Luxembourg stock exchanges. Thalassa is an investment group of companies with a wide range of business interests.

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Core business
Image for Autonomous Robotics | Autonomous underwater vehicle solution

Autonomous Robotics | Autonomous underwater vehicle solution

... Autonomous Robotics | Autonomous underwater vehicle ...

Intermodalics's Logo

Leuven, Belgium

11-50 Employees

2010

By adopting the latest technologies and industry best practices, we are able to increase the speed of development without compromising on the reliability and robustness of the final product. We gained knowledge of the finest practices in the sector by working for and alongside the greatest tech innovators on the globe. Our crew is highly qualified, with several robotics PhDs and significant open source contributors. Contact us or Get SupportJoin usPortfolio and ProductsExpertiseBlog on Robotics.

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Image for Real-time system for autonomous underwater vehicle — Intermodalics

Real-time system for autonomous underwater vehicle — Intermodalics

... Real-time system for autonomous underwater vehicle — ...

Sitep Australia's Logo

Bibra Lake, Australia

1-10 Employees

1999

SITEP Australia is providing cutting edge technologies to the Royal Australia Navy since 1999. Born as a small manufacturer of military equipment for the Royal Australia Navy and Royal New Zealand Navy, SITEP Australia is based in Perth and Sydney. To be an international company, leader within the field of navigation systems, communication and security for defence, we are continuosly investing in R&D. This will allow SITEP to provide our client ’s with innovative and customised solutions. SITEP’s fully owned the patents of its products , we are increasing the transfer of know how in Australia tocontribute in enancing of the Commnwealth’s Sovereign Capability.

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Image for Autonomous Underwater Vehicle for Defence Application – Sitep Australia

Autonomous Underwater Vehicle for Defence Application – Sitep Australia

... Autonomous Underwater Vehicle for Defence Application – Sitep ...

Team Tiburon - The Autonomous Underwater Vehicle Team of NIT Rourkela's Logo

India

11-50 Employees

2015

Formed in 2014, Team Tiburon is an interdisciplinary team from The National Institute of Technology, Rourkela, that works towards designing and developing AUVs (Autonomous Underwater Vehicle) capable of performing a plethora of tasks, all without a human pilot. And we take pride in announcing that we have been actively developing bots capable enough to perform complex operations such as dropping, grabbing and torpedo shooting as deep as 10m, amongst others. Moreover, we take part in various Student AUV competitions at both National and International levels. VEHICLE SPECIFICATIONS Frame Dimensions: 94x50x45cm3 Weight: 20Kgf Buoyancy: 22Kgf Computing Unit: MSI H871AC Motherboard Supporting Controller: Arduino and Pololu Maestro Servo Controller Navigation Unit: VN-100 Degree of Freedom: 4 Approximate Cost of the Vehicle: INR 7,00,000. VEHICLE SPECIFICATIONS Frame Dimensions: 75x59x60cm3 Weight: 15.3Kgf Buoyancy: 16.1Kgf Computing Unit: MSI H871AC Motherboard Supporting Controller: Arduino and Pololu Maestro Servo Controller Navigation Unit: VN-100 Degree of Freedom: 4 Approximate Cost of the Vehicle:(Including reused parts) INR 7,00,000.

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Image for Team Tiburon — The AUV Team Of NITR

Team Tiburon — The AUV Team Of NITR

... Autonomous Underwater vehicle ...

General Dynamics Mission Systems's Logo

United States

10001+ Employees

1952

We solve the toughest security and technology challenges facing our nation and its allies by building smarter mission-critical products and systems. When you could use an extra mind or hand.

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Image for Bluefin-12D Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems

Bluefin-12D Autonomous Underwater Vehicle (AUV) - General Dynamics Mission Systems

... The General Dynamics Bluefin-12D is a modular autonomous underwater vehicle with flexibility that allows for swappable payloads. ...

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„Autonomous Underwater Vehicle“

An Autonomous Underwater Vehicle (AUV) is an unmanned, self-guided underwater vehicle capable of operating independently for extended periods of time without the need for remote control or direct human interaction. It is usually powered by an electric motor and propelled by a propeller. It is equipped with sensors that allow it to detect and analyze its surroundings, perform complex tasks, and navigate through underwater environments. AUVs can be used for a variety of applications, such as oceanography, underwater search and rescue, and underwater surveying.