Insights & resources.

What ocean racing taught us about weather routing

Thirty years of offshore racing meteorology expertise, now applied to AI-driven routing for commercial maritime operations. How Marine Weather Intelligence transfers race-level know-how to every sea-dependent sector.

Maritime route optimisation: how small adjustments can deliver up to 10-15% fuel savings

Weather routing is not just about avoiding storms, it is about finding the optimal balance between speed, sea state, and fuel burn across the full passage. Small course and speed adjustments, made at the right moment, compound into significant savings.

Why slower sailing does not always mean lower fuel consumption

In maritime operations, it is commonly assumed that reducing vessel speed lowers fuel consumption. While true in stable conditions, real-world voyages are shaped by evolving weather and sea state, and the relationship between speed and fuel use is not always what it seems.

Hazardous weather zone at sea project

Marine Weather Intelligence has successfully completed its ESA Kick-Start feasibility study on HWZSea, a next-generation maritime early-warning concept designed to enhance operational safety in demanding offshore and shipping environments.

Thunderstorm nowcasting: a new layer of safety for offshore operations

Conventional weather forecasts miss localised convective events. Marine Weather Intelligence is developing a satellite-based nowcasting system to provide a 30–90 minute alert window for offshore teams operating in storm-prone regions.

Model qualification: a key pillar of informed routing

Not all weather models perform equally in all regions and conditions. Marine Weather Intelligence is building a rigorous qualification framework to ensure every routing recommendation rests on the most reliable forecast data available.

MWI: the first company to map weather fronts in the maritime sector

Marine Weather Intelligence has developed a methodology to detect and map weather fronts at sea, zones of sudden wind shifts, cross seas, and gusts that many maritime charts no longer represent. The approach was tested during the Vendée Globe 2024.

Sailors' guide to atmospheric convection

Convection drives some of the most demanding weather at sea, squalls, thunderstorms, and rapidly shifting winds. Understanding how convective clouds develop, move, and dissipate gives sailors a decisive advantage in both strategy and safety.