WindCube Scan Dual Lidar Ready

An unparalleled solution for increasing coverage, accuracy, and efficiency in offshore campaigns

As scanning lidar expands in offshore-from-the-shore Wind Resource Assessment (WRA), the quest for ever-greater certainty is also growing.

Introducing our WindCube Scan Dual Lidar Ready offering: this innovative approach to WRA provides an even more comprehensive picture of the wind resource profiles by observing an offshore location from several positions. Read the press release.

Watch the video

WindCube Scan Dual Lidar Ready

Video: WindCube Scan Dual Lidar Ready

Get a bird’s eye view of how the offering works to provide wind data from multiple perspectives.

WC Scan Dual lidar brochure

The Ultimate Guide: WindCube Scan Dual Lidar Ready

Learn about the groundbreaking innovation providing unprecedented wind profile coverage and accuracy for offshore campaigns - from the shoreline or fixed platforms.

WC Scan product spotlight

Product Spotlight: WindCube Scan

Long-range, fully flexible wind data for wind farm development and operations.

Dual lidar IG

Infographic: Expand your perspective

Check out this summary which provides an overview of the WindCube Scan Dual Lidar Ready offering. It's more than just double data.

Offshore solutions brochure

Vaisala Offshore solutions

Innovative lidar solutions for offshore wind energy projects.

Scanning ebook

eBook: Scanning lidar

In wind energy, reducing risk and establishing certainty are critical to business success. For some companies, long-range 3D scanning lidar has proven to be an invaluable tool in this process.

Wind Resource Assessment offshore from the shore in Japan

Case Study: Wind Resource Assessment offshore from the shore in Japan

How Green Power Investment leveraged WindCube Scan Dual Lidar to efficiently measure the full wind profile for a competitive new project.

Discover WindCube lidars

Contact us at any time to learn more.

Presentation: Dual Lidars

A cost-efficient and operational solution for offshore wind resource assessments.