Floating Wind Platform Design Achieves Maturity Milestone from ABS

On February 6, 2025, ABS announced the maturity of Aikido Technologies' floating wind platform design, a milestone in the qualification process. The successful demonstration of the Aikido One unit was key in this decision. ABS highlighted the platform's ability to simplify deployment and reduce costs for the offshore wind industry.
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On February 6, 2025, the American Bureau of Shipping (ABS) announced that they have issued a statement of maturity for Aikido Technologies’ floating wind platform design. This marks a significant milestone in the qualification process for this new technology. The successful demonstration of the Aikido One unit, a 1:4-scale floating wind platform, was highlighted as a key factor in this decision. The platform is designed to simplify deployment and reduce costs for the offshore wind industry, according to ABS.

ABS stated that the test showcased the platform’s capability to transition from a compact transportation mode to an upright, floating configuration. Approval in principle for the technology was granted by ABS in 2022, and they have been working closely with Aikido throughout the development process. The collaboration between ABS and Aikido has been instrumental in advancing this innovative technology.

The compact design of Aikido’s platform allows for faster assembly in smaller port areas and can be transported using existing barges. This expands the range of ports and vessels that can support the offshore wind industry, potentially speeding up development and decreasing costs. ABS emphasized the potential of this technology to accelerate progress in the offshore wind sector while making it more cost-effective.

In conclusion, ABS’s recognition of the maturity of Aikido Technologies’ floating wind platform design signifies a significant step forward in the advancement of this new technology. The successful demonstration and collaboration between ABS and Aikido have paved the way for faster deployment and cost reduction in the offshore wind industry.

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