The Weather Routing Service is dedicated to the art of charting the most efficient course between two points at sea. Surprisingly, the shortest distance between these points is not always the quickest route, as it’s influenced by dynamic factors like wind, ocean currents, and waves, which can exert a profound impact on a ship’s speed. These elements must be forecasted in advance to construct the optimal route, one that not only saves time but also conserves valuable fuel resources. The calculation of this ideal path is a complex task that integrates a wealth of data, including:

• The type of vessel and its current condition (ballast or laden)
• Wind forecasts and the generation of wind-driven waves
• Swell forecasts
• Anticipated tide levels and ocean surface currents

The overarching objectives of weather routing encompass:

i. Steering clear of excessively strong winds and gusts

ii. Navigating away from the path of tropical cyclones or weather developments

iii. Avoiding areas plagued by formidable adverse currents

iv. Evading regions where sea conditions are challenging, such as those affected by adverse and lengthy swells

v. Ensuring an optimal estimated time of arrival (ETA) at the destination

vi. Minimizing fuel consumption to maximize economic efficiency

In this endeavor, Oceanroute emerges as an invaluable partner, extending its reach across the globe to provide marine weather forecasts and tropical alerts. They excel in advising on the most advantageous ship routes for any kind of sea passage, be it coastal or oceanic. Additionally, they offer the invaluable service of Post Voyage Analysis upon the conclusion of each sea passage. Moreover, Oceanroute possesses the capability to reconstruct Historic Voyage Analyses, drawing upon an extensive archive of actual weather conditions prevailing worldwide since 2010. To ensure accuracy, they harness the latest and most reliable weather models, delivering precise marine weather forecasts covering critical parameters such as wind patterns, swell characteristics, wave heights and directions, atmospheric pressure, wind gusts, and ocean surface currents.