Mammoet, globally recognized for its expertise in heavy transport and lifting engineering, has taken a further step in technological evolution with the introduction of the SK6000 crane, considered the strongest land-based crane in the world . With an impressive capacity of 6,000 tons, this new tool will enable accelerated construction processes in key energy sectors such as offshore wind , oil and gas , as well as nuclear infrastructure projects.
SK6000: The world’s strongest land crane
Just days after its unveiling, Mammoet welcomed thousands of visitors to its multipurpose terminal in Westdorpe, offering them the chance to see the world’s most powerful land crane up close. Spectators were able to take photos and share them on the company’s LinkedIn profile .
One of the SK6000’s biggest advances is its ability to lift up to 3,000 tonnes to a height of 220 metres , which is critical for expanding offshore wind projects. Wind turbine components have increased significantly in size in recent years, creating challenges in construction logistics.
Thanks to this crane, Mammoet facilitates the safe delivery and execution of large-scale wind farms , optimizing work time and reducing costs. Now that you know how many tons this crane can lift, in the following video you can get a clearer idea of its colossal size.
The SK6000 facilitates the safe delivery and execution of large-scale wind farms. Source: Mammoet
The SK6000 in large-scale projects
The SK6000 also plays a vital role in the oil and gas industry, where it will enable faster integration of floating offshore projects. Additionally, its ability to transport and assemble components off-site will enable greater efficiency on land-based projects. With modular construction techniques, implementation times are reduced, increasing the productivity and profitability of each project.
Another aspect to highlight is that with the growth of new generation nuclear plants, the SK6000 will provide vital support for the assembly of large modular structures. This methodology has proven to be more efficient, which will allow nuclear plants to come into operation more quickly , contributing to the production of energy with low carbon emissions .
Impressive features and technical specifications
The crane, which uses 4,200 tonnes of ballast and exerts ground pressure of up to 30 tonnes per square metre, stands out for its versatility. It is designed to be easily transported using containers, allowing it to be deployed anywhere in the world. Another key advantage is its ability to operate on electric power , which contributes to reducing the carbon footprint of the projects where it is used.
Mammoet Global Services Director Gavin Kerr said the SK6000 is “ a true feat of engineering ,” highlighting the collaboration of hundreds of employees in its development. The crane is expected to be ready for its first project in the coming months, after completing testing at Mammoet’s facility in the Netherlands. Take a look at how this crane was created!
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Source and photos: Mammoet
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