AI-Driven Underwater Robot: Scout

Beam has unveiled Scout, an autonomous underwater vehicle (AUV) powered by AI, aimed at improving subsea inspections for offshore wind farms. Expected to launch in 2025, Scout is designed to simplify maintenance, reduce costs, and make these tools more accessible to operators.

How Scout Works

Scout integrates:

• AI-powered autonomy to operate independently.

• Real-time 3D imaging for accurate reconstructions of underwater assets.

• Precise navigation to deliver inspections with minimal human involvement.

The system was successfully tested in September 2024 at SSE’s Seagreen Wind Farm, where it performed inspections without the need for specialized vessels or expert crews.

A Simpler Approach to Maintenance

Scout is designed to be deployed directly from Crew Transfer Vessels (CTVs) during regular visits, eliminating the need for additional resources. This makes it easier for wind farm teams to manage subsea maintenance and helps address the skills gap in the industry.

Key Features

4K 3D Reconstructions

• Operators can track changes over time, such as comparing site conditions year to year.

• Insights into structural health can reduce emergency repairs and lower long-term costs.

Cost-Effective Operations

• By replacing dedicated inspection vessels, Scout helps cut expenses and reduce emissions.

Easier Access for Operators

• No specialized training is required to use Scout, making it a practical tool for routine operations.

What Beam Says

“Our goal is to make offshore wind practical and scalable for everyone,” said Brian Allen, Beam’s CEO. “Scout puts powerful tools in the hands of operators, allowing them to maintain assets efficiently and keep up with growing capacity targets.”

With Scout, Beam is focusing on creating accessible, efficient tools that make offshore wind maintenance simpler and more reliable. By reducing barriers to subsea inspections, Scout supports the sector’s growth and ongoing transition to cleaner energy.