Subsea Perception System Launched for Offshore Wind Farms

Beam’s new SubSLAM X3 is an underwater perception system designed for the monitoring and maintenance of offshore wind farms, integrating AI, robotics, and advanced SLAM tech By Abi Wylie / 22 Oct 2024

Subsea Imaging Systems

Discover cutting-edge solutions from 11 leading global suppliers
SUPPLIER SPOTLIGHT
Subsea Perception System Launched for Offshore Wind Farms
Follow OS&T

Beam has unveiled its latest innovation, the SubSLAM X3, a cutting-edge underwater perception system set to advance the monitoring and maintenance of offshore wind farms.

Beam is a leader in AI-driven technology services for offshore wind, and aims to offer real-time, high-resolution 3D mapping to enhance underwater operations with this latest product.

The Future of AI and Robotics in Offshore Wind

The SubSLAM X3 seamlessly integrates artificial intelligence (AI), robotics, and advanced simultaneous localisation and mapping (SLAM) technology, which allows for unprecedented precision in underwater work. 

This combination accelerates the development, construction, and maintenance of offshore wind projects, offering 4K video resolution and precise 3D reconstructions. This new capability means more efficient and detailed inspections of underwater assets and intelligent control of autonomous underwater vehicles (AUVs).

Enhanced Technology for Greater Accuracy

Compared to its predecessor, the SubSLAM X2, the X3 version offers significant upgrades. These enhancements improve the speed, accuracy, and visual detail of offshore infrastructure inspections. 

The newly released V3.0 software version boosts navigational assistance for operators working in difficult underwater terrains, while new features allow for easier capture of 3D models. The system’s improved integration with third-party sensors, like sonar fusion, also makes it more versatile across different environments and operations.

Compact Design for Increased Flexibility

Despite its powerful capabilities, the SubSLAM X3 has a more compact, lightweight design, making it suitable for both smaller observation-class remotely operated vehicles (ROVs) and larger work-class ROVs. 

Capable of operating at depths of up to 3000 meters, it features enhanced sensors to deliver exceptional image quality even in low-light conditions. These advancements ensure reliable performance in challenging underwater environments.

The launch of SubSLAM X3 marks a significant step forward for offshore wind technology, pushing the boundaries of what’s possible in underwater inspection and maintenance. 

By combining advanced AI, robotics, and enhanced 3D mapping, Beam continues to lead the charge in driving efficiency, sustainability, and innovation in the renewable energy sector. With SubSLAM X3, the future of offshore wind has never looked clearer—both above and below the surface.

According to Ross Hilditch, Senior Product Manager at Beam, SubSLAM X3 represents a leap forward in data collection and asset inspection for the offshore wind sector, “This system not only enhances our capabilities in terms of data collection and asset inspection, but it also significantly reduces the operational footprint required for such activities. It’s about doing more with less, safely and sustainably.”

Posted by Abi Wylie Edited by Abigail Wylie, Editor and Copywriter experienced in digital media with a keen interest in ocean science technology. Connect & Contact

Latest Articles

AGISTAR Unveils Compact Remote-Controlled Motor for Inflatable Boats

AGISTAR has unveiled the OXR-T100, a compact, remote-controlled electric motor engineered for inflatable boats, delivering quiet, eco-friendly performance across demanding marine environments

May 01, 2025
AXYS Technologies MetOcean Observation Networks

AXYS Technologies supplies high-precision MetOcean data solutions that support marine safety, scientific research, environmental monitoring, and policy development across more than 80 countries

Apr 30, 2025
MostaTech to Launch Advanced Gyroscopes at XPONENTIAL 2025

MostaTech will present advanced fiber optic gyroscopes and inertial measurement units at XPONENTIAL 2025, highlighting advancements in low-SWaP, high-performance navigation technology

Apr 30, 2025
D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Kraken Robotics Secures $11 Million in New Battery Orders

Kraken Robotics has received new orders for its SeaPower™ batteries, powering advanced uncrewed underwater vehicles (UUVs) and driving growth in the defense sector

Apr 29, 2025
SubC Imaging Enhances Data Storage Flexibility with Rayfin Software Update

SubC Imaging has released a new software update, designed to provide enhanced flexibility to the Rayfin camera family

Apr 28, 2025

Featured Content

D-2 Ultra Low Power CTD Integrated into WHOI Arctic Research

D-2 Inc.’s advanced CTD sensor supports WHOI’s Arctic climate research, enhancing data precision in the Ice Tethered Profiler program’s latest deployments

Apr 30, 2025
Case Study: Impact Subsea Altimeter Supports Antarctic Science

Impact Subsea's ISA500 underwater altimeter plays a key role in the Icefin AUV as it collects vital data, passing through narrow boreholes drilled into Antarctic ice shelves

Apr 23, 2025
Kongsberg Discovery Supplies Technology to Convert Sailing Ship into Research Vessel

Kongsberg Discovery has upgraded the Statsraad Lehmkuhl for the One Ocean Expedition, providing advanced systems to support climate and ecosystem research

Apr 17, 2025