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Installing monopiles for offshore wind farms demands precise real-time monitoring of inclination and position.
HaloCAM is a uniquely developed contactless camera-inertial solution that integrates a high-resolution machine vision camera with a navigation-grade Inertial Navigation System (INS) to provide real-time data positioning for monopiles during installation.
Zupt's subsea modeling system, known as '3D Recon', delivers accurate and detailed 3D models to create digital twins of newly installed or existing infrastructure, subsea transmission lines, pipeline free span, and much more.
VertiCAM is a contactless camera-inertial solution that streamlines the installation process of Floating Wind Turbine Generator (WTG) foundations and turbine masts.
Expertise in Complex Sensor Integration Zupt provides custom solutions for complex sensor integration to meet the most demanding offshore requirements.
Zupt’s VertiCAM is an in-air, contactless LiDAR, camera, and inertial system designed to monitor the verticality of tubular structures such as monopiles, piles, conductors, and wind turbine foundations during installation.
HaloCAM is a compact, 4000-meter rated sensor that delivers precise pitch, roll, heading, depth, and position for subsea structures during installation.
3D Recon V2 is a subsea stereo imaging system that produces high-resolution, geospatially accurate 3D models of what is seen subsea.
Zupt’s Integrated Robotic Total Station (iRTS) is a high accuracy, contactless positioning system purpose built for offshore monopile installation.
Leveling transition pieces (TPs) for offshore wind turbines requires precision, efficiency, and reliability.