Rethinking maritime propulsion:

wind power as a driver of economic performance with SeaKite®

Maritime transport: reshaping a pillar

of the global economy

Maritime transport is essential to international trade. If the global merchant fleet were a country, it would be the world’s sixth-largest emitter of CO₂.

99 % of vessels run on petroleum-based fuels

3 % of global CO₂ emissions

20% reduction in CO₂ emissions by 2030

To meet the climate goals set by the Paris Agreement and the strategies of the International Maritime Organization (IMO), decarbonising shipping is no longer optional: it is a priority.

The IMO’s targets

for 2050

In response to the climate emergency, the International Maritime Organization (IMO) has set an ambitious roadmap for the global maritime sector. It calls for greenhouse gas emissions to be reduced by 20% by 2030 and 70% by 2040, with the ultimate goal of achieving net zero emissions by 2050.

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Our solution: SeaKite®

SeaKite®

The sector needs solutions that are available today. Beyond the Sea offers a key technological answer: kite traction.

SeaKite® is an automated kite traction system designed for large-displacement professional vessels. This compact system is installed at the bow and can be fitted to both newbuilds and existing vessels, without disrupting their operations.

Used alongside a vessel’s main propulsion system, SeaKite® helps shipowners achieve:

Fuel savings of up to 40%, with weather routing and integration between the vessel’s autopilot and the kite’s flight-control system.
Significantly lower CO₂ emissions, helping meet international climate goals.
Fast, non-invasive installation, with no major redesign or extended downtime—on both newbuilds and existing vessels.

A mature, safe solution Fast installation Stability preserved, with controlled heeling moment

Every collaboration confirms the value of our approach: proven technology, automated control, trained crews, and immediate reductions in emissions and fuel consumption from the moment of installation.

Marc Thienpont Chief Executive Officer

How does the system

generate traction?

The aerodynamic profile of the kite wing allows SeaKite® to capture wind energy and convert it into powerful traction, helping propel the vessel.

SeaKite® can reduce fuel costs and CO₂ emissions by up to 40%*.

* With weather routing and integration between the kite’s autopilot and the vessel’s autopilot.

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Let’s talk about your project

Find out how the automated SeaKite® kite traction system could improve the performance of your vessel or fleet.

Please note: SeaKite® may qualify for investment subsidies dedicated to maritime decarbonisation. Our team can help you prepare your funding application. Get in touch to find out more.

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