NKT relies on the world's strongest underwater router for new projects!

NKT relies on the world's strongest underwater router for new projects!

In the world of modern underwater technology, a certain project is causing a sensation: NKT, a Danish company that specializes in the production and installation of power cables, has chosen Helix Robotics Solutions Limited for the operation of the T3600 sub-water milling cutter. This T3600 is considered the most powerful underwater router worldwide and is to be used in various offshore projects in the future. According to offshore energy , the two companies have concluded a framework contract for four years, the installation, offshore operation and maintenance and maintenance comprises.

The T3600 is used on a support ship that is also equipped with other state-of-the-art equipment, such as the T-1200 Jet trenches and several ROVs. With this cooperation, NKT not only plans to carry out current projects, but also a long -term cooperation. The contract provides for an initial obligation of 800 days of operation, which starts to extend this period from 2027 with the option. Against the background of the increasing demand for sustainable power solutions, NKT and Helix seem to have a good hand here.

Diverse applications of I-Trencher technology

In addition to the T3600, the I-Trencher technology has already gained extensive experience in laying intercontinental connection cables. At Helixesg you can find out from the diverse applications of this technology that range from the electrification of offshore installations to the laying of inter-array cables for offshore wind farms. The cables can be laid individually or bundled, supplemented by fiber optic cables, if necessary.

technological progress in underwater robotics

The topic of underwater robotics is not limited to milling technology. As the Fraunhofer iOSB reports, experts develop sea -compatible overall systems and components for various underwater applications. These range from exploration and inspection tasks to complex manipulation work under water. More and more companies and research institutions recognize the importance of these technologies, for example in the areas of offshore wind energy, aquaculture and even for cleaning our seas from old ammunition and microplastics.

Another aspect is the development of autonomy functions for underwater vehicles. With the use of AI for sensor data evaluation, these vehicles can work increasingly independently, which is crucial for efficiency and security in marine environmental projects. The Fraunhofer Group also plays an active role in the research group Smart Ocean Technologies (SOT) in Rostock, where innovative solutions are developed for the challenges of the future.

In the combination of highly developed technology, strategic partnerships and research, underwater technology has the potential to redesign our energy infrastructure and to address the challenges of modern times. Whether it is about environmentally friendly cable laying or autonomous underwater robotics - here is definitely an area in the motion where a lot can still be expected.