On the North Atlantic trade route on average
One wing sail cuts power use by 17%, saves 19 tons of fuel and 61 tons of CO2 per trip
On the North Atlantic trade route on average
One wing sail cuts power use by 17%, saves 19 tons of fuel and 61 tons of CO2 per trip
On the North Atlantic trade route on average
One wing sail cuts power use by 17%, saves 19 tons of fuel and 61 tons of CO2 per trip
On the North Atlantic trade route on average
One wing sail cuts power use by 17%, saves 19 tons of fuel and 61 tons of CO2 per trip
On the North Atlantic trade route on average
One wing sail cuts power use by 17%, saves 19 tons of fuel and 61 tons of CO2 per trip
EXPLORE POTENTIAL SAVINGS
Performance Calculator
MORE THAN JUST A WING
Performance Calculator
EXPLORE POTENTIAL SAVINGS
Performance Calculator
EXPLORE POTENTIAL SAVINGS
Performance Calculator
EXPLORE POTENTIAL SAVINGS
Performance Calculator
Our wing sail reduces per passage fuel consumption by 0T and CO₂ emissions by 0T
NO WING INSTALLED
VESSELS WITH WINGS
Select options in all dropdowns above to see your potential savings
Our wing sail reduces per passage fuel consumption by 0T and CO₂ emissions by 0T
NO WING INSTALLED
VESSELS WITH WINGS
Select options in all dropdowns above to see your potential savings
WIND IS
Predictable
Wind is a highly predictable source of energy because it is driven by well‑understood atmospheric physics, seasonal patterns, and decades of meteorological data. Advances in weather forecasting allow wind conditions to be predicted days ahead with increasing accuracy, enabling reliable energy planning and grid integration.
WIND IS
Predictable
Wind is a highly predictable source of energy because it is driven by well‑understood atmospheric physics, seasonal patterns, and decades of meteorological data. Advances in weather forecasting allow wind conditions to be predicted days ahead with increasing accuracy, enabling reliable energy planning and grid integration.
WIND IS
Predictable
Wind is a highly predictable source of energy because it is driven by well‑understood atmospheric physics, seasonal patterns, and decades of meteorological data. Advances in weather forecasting allow wind conditions to be predicted days ahead with increasing accuracy, enabling reliable energy planning and grid integration.
WIND IS
Predictable
Wind is a highly predictable source of energy because it is driven by well‑understood atmospheric physics, seasonal patterns, and decades of meteorological data. Advances in weather forecasting allow wind conditions to be predicted days ahead with increasing accuracy, enabling reliable energy planning and grid integration.
WIND IS
Predictable
Wind is a highly predictable source of energy because it is driven by well‑understood atmospheric physics, seasonal patterns, and decades of meteorological data. Advances in weather forecasting allow wind conditions to be predicted days ahead with increasing accuracy, enabling reliable energy planning and grid integration.
WIND IS
Dependable
Wind is a dependable energy source because it is naturally replenished, geographically widespread, and consistently available over time. While short‑term variations occur, generation across large regions smooths output, creating a resilient and reliable contribution to energy systems with no fuel risk or supply disruption.
WIND IS
Dependable
Wind is a dependable energy source because it is naturally replenished, geographically widespread, and consistently available over time. While short‑term variations occur, generation across large regions smooths output, creating a resilient and reliable contribution to energy systems with no fuel risk or supply disruption.
WIND IS
Dependable
Wind is a dependable energy source because it is naturally replenished, geographically widespread, and consistently available over time. While short‑term variations occur, generation across large regions smooths output, creating a resilient and reliable contribution to energy systems with no fuel risk or supply disruption.
WIND IS
Dependable
Wind is a dependable energy source because it is naturally replenished, geographically widespread, and consistently available over time. While short‑term variations occur, generation across large regions smooths output, creating a resilient and reliable contribution to energy systems with no fuel risk or supply disruption.
WIND IS
Dependable
Wind is a dependable energy source because it is naturally replenished, geographically widespread, and consistently available over time. While short‑term variations occur, generation across large regions smooths output, creating a resilient and reliable contribution to energy systems with no fuel risk or supply disruption.
WIND IS
Everlasting
Everlasting wind propulsion gives shipowners a long‑term hedge against fuel price volatility, emissions costs, and regulatory tightening. By harnessing a free, permanent energy source, vessels can cut fuel consumption, improve operating margins, and extend asset competitiveness—delivering measurable savings today while protecting fleet value well into the future.
WIND IS
Everlasting
Everlasting wind propulsion gives shipowners a long‑term hedge against fuel price volatility, emissions costs, and regulatory tightening. By harnessing a free, permanent energy source, vessels can cut fuel consumption, improve operating margins, and extend asset competitiveness—delivering measurable savings today while protecting fleet value well into the future.
WIND IS
Everlasting
Everlasting wind propulsion gives shipowners a long‑term hedge against fuel price volatility, emissions costs, and regulatory tightening. By harnessing a free, permanent energy source, vessels can cut fuel consumption, improve operating margins, and extend asset competitiveness—delivering measurable savings today while protecting fleet value well into the future.
WIND IS
Everlasting
Everlasting wind propulsion gives shipowners a long‑term hedge against fuel price volatility, emissions costs, and regulatory tightening. By harnessing a free, permanent energy source, vessels can cut fuel consumption, improve operating margins, and extend asset competitiveness—delivering measurable savings today while protecting fleet value well into the future.
WIND IS
Everlasting
Everlasting wind propulsion gives shipowners a long‑term hedge against fuel price volatility, emissions costs, and regulatory tightening. By harnessing a free, permanent energy source, vessels can cut fuel consumption, improve operating margins, and extend asset competitiveness—delivering measurable savings today while protecting fleet value well into the future.
WING 560
Oceanbird's premier rigid wing sail
Introducing the Wing 560 as a single- or multi-wing installation to propel your fleet forward with free energy.
WING 560
Oceanbird's premier rigid wing sail
Introducing the Wing 560 as a single- or multi-wing installation to propel your fleet forward with free energy.
WING 560
Oceanbird's premier rigid wing sail
Introducing the Wing 560 as a single- or multi-wing installation to propel your fleet forward with free energy.
WING 560
Oceanbird's premier rigid wing sail
Introducing the Wing 560 as a single- or multi-wing installation to propel your fleet forward with free energy.
WING 560
Oceanbird's premier rigid wing sail
Introducing the Wing 560 as a single- or multi-wing installation to propel your fleet forward with free energy.
The future of wind propulsion
The future of sustainable propulsion on sea. Take advantage of a free and unlimited energy source with our Wing 560.
The future of wind propulsion
The future of sustainable propulsion on sea. Take advantage of a free and unlimited energy source with our Wing 560.
The future of wind propulsion
The future of sustainable propulsion on sea. Take advantage of a free and unlimited energy source with our Wing 560.
The future of wind propulsion
The future of sustainable propulsion on sea. Take advantage of a free and unlimited energy source with our Wing 560.
The future of wind propulsion
The future of sustainable propulsion on sea. Take advantage of a free and unlimited energy source with our Wing 560.
@2026 AlfaWall Oceanbird AB
@2026 AlfaWall Oceanbird AB
@2026 AlfaWall Oceanbird AB
@2026 AlfaWall Oceanbird AB