Oceanbird partners with sister company StormGeo to integrate weather routing into its digital tools, boosting Wing560 thrust by up to 25% on major trade routes.
Stockholm | June 1, 2026 – Wind propulsion developer Oceanbird has entered a deep technical collaboration with weather intelligence provider StormGeo to integrate advanced weather routing capabilities directly into Oceanbird’s digital performance suite. The integration aims to optimize the deployment of Oceanbird’s primary wing sail asset, the Wing560, bolstering the commercial and environmental case for wind-assisted propulsion.
The partnership leverages an existing corporate relationship, as both entities operate within the Alfa Laval joint venture ownership ecosystem. By merging StormGeo’s predictive meteorological data with Oceanbird’s aerodynamic modeling, the collaboration transitions wind technology from a standalone hardware installation into a fully integrated voyage optimization solution.
Unlocking a 25% Thrust Premium
According to Oceanbird’s internal operational modeling, the inclusion of dynamic weather routing across typical global trade lanes yields up to a 25% increase in wing-generated thrust compared to unoptimized voyaging.
This data highlights a critical shift in the maritime industry’s approach to wind-assisted propulsion systems (WAPS). Fleet operators are increasingly realizing that maximizing fuel offsets is not merely a matter of retrofitting a wing propulsion unit (WPU) onto a vessel’s deck. Instead, it requires a holistic digital ecosystem capable of actively seeking out favorable wind vectors to maximize aerodynamic thrust.
“We are expanding our perspective from product to solution,” Oceanbird stated, emphasizing the need to look beyond the physical wing asset and actively collaborate across the vessel’s broader digital and mechanical architecture.
The Evolution of Vessel Optimization
As wind-assisted propulsion technologies mature, the role of weather routing is rapidly evolving from an isolated subscription service into an interconnected layer of vessel performance management.
Amaranta Rundin, Product Director at StormGeo, noted “For wind propulsion, the greatest value comes when routing, weather intelligence, and vessel performance tools work together. By aligning voyages with favorable wind conditions, operators can maximize thrust, improve fuel savings, and strengthen the commercial value of the technology.”
Rundin stressed that to achieve real-world scalability, hardware and software providers must build systems that integrate seamlessly into existing bridge workflows. For shipowners evaluating the commercial risks of alternative propulsion, success relies on having high-fidelity forecasting, automated optimization tools, and absolute transparency regarding the verified fuel savings generated by the wings.
“Collaboration will be the key that unlocks ultimate performance,” Rundin added. “To really scale wind propulsion, different parts of the industry need to work together, combining propulsion technology, weather data, routing, and digital tools. The wings are only part of the picture.”
Corporate Profiles
About Oceanbird
Oceanbird develops cutting-edge wind assist and primary wind propulsion solutions for the global shipping industry. Founded as a joint venture between Wallenius and Alfa Laval, the company is dedicated to driving the maritime energy transition by delivering scalable, truly sustainable wind power technologies that dramatically reduce commercial fleet emissions.
About StormGeo
StormGeo, an Alfa Laval company, is a leading global provider of weather intelligence and digital decision-support systems. The company specializes in transforming complex environmental data into actionable operational insights, enabling weather-sensitive industries to safeguard assets, optimize fuel efficiency, and navigate volatile markets sustainably. For more information, visit stormgeo.com.
Source: Oceanbird