The margin of victory
In elite sports, weather is a competitive variable. For sailing, motorsport, and golf, a slight shift in wind direction or a change in track temperature can decide the outcome.
Weatherwise treats the playing field as a physical system. By simulating the atmosphere at hectometric scales (200m–500m), we resolve how stadium geometry, local terrain, and tree lines modify wind flow and temperature. This transforms weather data from a general forecast into a tactical asset.
Mastering the wind
For competitive sailing, knowing the wind shift before the competition is the ultimate advantage. Global models smooth out coastal effects, missing the critical sea breezes and topographic accelerations that decide races.
Our models resolve the coastline and water surface interaction explicitly. We provide America's Cup and Olympic teams with high-fidelity wind fields, allowing strategists to map the course's "fast lanes" and anticipate shifts that others cannot see.
For competitive sailing, knowing the wind shift before the competition is the ultimate advantage. Global models smooth out coastal effects, missing the critical sea breezes and topographic accelerations that decide races.
Our models resolve the coastline and water surface interaction explicitly. We provide America's Cup and Olympic teams with high-fidelity wind fields, allowing strategists to map the course's "fast lanes" and anticipate shifts that others cannot see.
Digital twins & simulators
Modern sport is engineered in the simulator. To train effectively, your virtual environment must match reality.
Our Hindcast service allows teams to inject historical, high-resolution weather conditions into their driver-in-the-loop simulators or performance models. This ensures that when your athletes train for a specific venue, they are adapting to the actual atmospheric physics they will face on race day, not a generic average.
Modern sport is engineered in the simulator. To train effectively, your virtual environment must match reality.
Our Hindcast service allows teams to inject historical, high-resolution weather conditions into their driver-in-the-loop simulators or performance models. This ensures that when your athletes train for a specific venue, they are adapting to the actual atmospheric physics they will face on race day, not a generic average.
