Offshore wind survey push puts Fugro Ventus MetBuoy in the spotlight

Fugro’s Ventus MetBuoy is a floating wind lidar buoy designed to cut offshore wind measurement costs and speed up project development. The compact system combines wind, wave and metocean sensors in a single platform and is already in use on major offshore wind leases worldwide.

Edited by ad hoc news New Releases & Launches Desk. Reviewed before publication on 06/16/2026 at 11:31 AM ET. Details in the imprint.

Rising demand for bankable wind data in deep water has pushed floating lidar systems to the center of offshore wind planning, and Fugro’s Ventus MetBuoy is one of the compact platforms that developers are booking for new lease areas in Europe and the US. The floating measurement buoy integrates a continuous-wave lidar unit, metocean sensors and communications in a single hull to capture wind profiles up to hub height directly at the planned turbine locations.

What Fugro’s Ventus MetBuoy is built to do offshore

The Ventus MetBuoy is a floating metocean and wind measurement system designed specifically for offshore wind site assessment and resource characterization, combining lidar-based wind measurements with wave, current and meteorological data in one buoy. According to Fugro’s official product description, the buoy is typically deployed during the pre-construction phase to generate long-term wind statistics required by lenders and insurers for project financing, with data streams tailored to IEC and IEA guidelines for offshore wind measurements. The official Ventus MetBuoy product page outlines the system’s role in bankable wind resource assessments and detailed metocean campaigns.

At its core, the Ventus MetBuoy replaces or complements traditional fixed offshore meteorological masts, which are costly to build and often impractical in water depths beyond 50 to 60 meters. The floating buoy can be towed to site and moored, reducing upfront capex and shortening deployment timelines, which is particularly relevant for new U.S. offshore wind lease areas in deep water off the Atlantic coast and emerging floating wind zones in the Pacific. Because the platform is designed for months-long to multi-year campaigns, operators place emphasis on robust power management, redundancy in communications and survivability in harsh sea states, all of which are integrated into the buoy’s design concept.

Measurement-wise, the system uses a vertically profiling wind lidar to collect wind speed and direction at multiple heights, typically from around 10 meters above sea level up toward expected turbine hub heights of 100 meters and higher, while additional sensors record wave height and period, sea surface temperature, barometric pressure and other metocean parameters. Lidar data are validated against industry standards, and the buoy can be paired with nearby fixed measurements or satellite data for calibration and quality control, supporting uncertainty estimates that feed directly into energy yield assessments. For developers, the promise is a denser, more project-specific dataset than what can be obtained from distant coastal masts or reanalysis-only approaches.

Compared with earlier generations of floating lidar buoys, the Ventus MetBuoy is marketed as a compact and modular platform, which matters when mobilizing from different ports or shifting the system between projects. The buoy hull is engineered with a low center of gravity and optimized hull shape to reduce motion and maintain measurement accuracy in waves, while the topside is laid out to accommodate not only the wind lidar but also navigation lights, radar reflectors, power systems and telemetry hardware. For offshore wind customers that typically contract multiple site surveys over a project’s multi-year development cycle, the ability to redeploy the same platform across locations can translate into lower lifecycle measurement costs.

Globally, floating lidar buoys such as Fugro’s Ventus MetBuoy are now widely accepted by classification societies and certification bodies as part of the evidence base for wind resource assessments. Projects off the coasts of the UK, the Netherlands and the United States have relied on floating lidar data for preliminary wind yield studies, with regulators and lenders increasingly comfortable with these measurement campaigns when uncertainty is correctly quantified and documented. By packaging both the buoy hardware and data services, Fugro positions the Ventus MetBuoy as part of a broader offshore site characterization offering that can include geophysical surveys, geotechnical investigations and environmental baseline studies around future turbine arrays.

From a commercial standpoint, the Ventus MetBuoy slots into a market where offshore wind developers are under pressure to optimize their pre-construction budgets while still meeting strict requirements for measurement duration and data quality. Independent engineering advisers often look for detailed documentation of sensor performance, calibration procedures and data processing workflows, and Fugro emphasizes that the buoy’s measurement protocols align with evolving industry guidance on floating lidar campaigns. As more projects move into deeper water and floating turbine concepts scale up, demand for flexible, redeployable measurement platforms is likely to stay strong, and systems such as the Ventus MetBuoy give developers a way to gather the needed data without committing to permanent offshore masts.

For Fugro, which generates a significant share of revenue from marine site characterization and related services, floating lidar buoys extend the company’s role from traditional subsea surveys into long-duration offshore monitoring tied directly to the economics of wind projects. External industry coverage of offshore wind measurement campaigns regularly cites Fugro among the leading providers of floating lidar services, particularly in North Sea markets and early-stage US projects, underlining how metocean solutions like the Ventus MetBuoy contribute to its reputation in offshore wind supply chains. A report by Recharge News on a North Sea floating lidar contract highlights Fugro’s use of floating wind measurement buoys in multi-year campaigns.

On the capital markets side, Fugro is publicly listed on Euronext Amsterdam and is tracked as an offshore and geodata services provider exposed to offshore energy and infrastructure cycles. Shares of Fugro (NL00150003E1) last traded on Euronext Amsterdam at EUR 20.40 on 06/14/2026, reflecting investor expectations around offshore wind build-out, subsea infrastructure demand and the broader marine survey market. Euronext’s live quote page for Fugro provides the latest share price, trading volume and basic company information.

Fugro Ventus MetBuoy in brief: core specs

• Product: Fugro Ventus MetBuoy
• Manufacturer: Fugro N.V.
• Category: New Release/Launch - offshore wind metocean measurement buoy
• Launch date: Not publicly specified; deployed in multiple projects since mid-2020s
• MSRP / Price: Not disclosed; typically offered as part of project-specific service contracts
• Availability: Project-based deployment for offshore wind developers and utilities in Europe, the US and other offshore markets
• Target audience: Offshore wind developers, utilities, independent power producers and engineering consultants requiring bankable wind and metocean data
• Key differentiator / USP: Floating lidar-based wind and metocean measurement in a compact, redeployable buoy platform designed for deep-water offshore wind projects

This article was a.i.-assisted and editorially reviewed. Product information without warranty; prices and availability may change at short notice. Not investment advice and not a buy or sell recommendation. Trading involves risk up to and including the total loss of invested capital.