Autonomous Underwater Vehicles (AUV)

YUCO AUV

Autonomous Underwater Vehicles (AUV) by SEABER

300m depth
8–10h autonomy
10kg
1m long

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 survey and 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.

Multi-modal single person deployment

An advanced YUCO micro AUV

(+ USBL)

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Why YUCO is unique

Why MARVEL is mighty

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Bandeau References — speed fixed (px/s)

Seaber's References

Seaber’s News

Use Case #3 – How Dr. Taavi Liblik, Head of Marine Physics Division at TalTech – Tallinn University of Technology Transformed His Research with YUCO

👩‍🔬 Who is Taavi Liblik ? Dr. Taavi Liblik is an oceanographer at Tallinn University of Technology, Estonia. His work focuses on physical oceanography, coastal processes, and high-resolution observation of the Baltic Sea. Dr. Liblik’s research examines fine-scale physical and biogeochemical processes in the Baltic Sea, particularly in shallow and dynamic coastal zones where conventional…

AUV segments : Defense still dominates

AUV segments : Defense still dominates How the AUV market seems to be structured, and why MCM dominates Observations from the underwater domain Scope note: This post does not aim to cover all AUV applications or sensor types. Excluding very large AUVs, the segments below reflect where operational adoption and market volume are currently concentrated.…

AUVs Customization VS standardization

AUVs customization VS standardization More sensors don’t automatically mean better missions. Observations from the underwater domain. Adding sensors often feels like progress. More data. More insight. More capability. But when payload sensors are combined with navigation and positioning systems, the number of possible configurations grows exponentially. Very quickly, each AUV becomes a quasi-unique configuration. This…

SEABER the first Autonomous Underwater Vehicle, used with confidence