Observations Windborne Windborne atlas, our global sensing constellation, is delivering the critical observations that are closing the atmospheric data gap. This interactive map displays the positions of windborne systems' constellation of 1000 weather balloons over the past 24 hours. each balloon's trajectory is shown, and weather conditions at their locations are integrated using the openweathermap api.
Observations Windborne This interactive web app visualizes windborne systems’ live balloon data on an interactive world map. users can select any hour from the last 24 to view balloon positions at that time. Windborne gsbs are especially well suited for collecting atmospheric observations in the arctic. during summer of 2021 and summer of 2022, windborne launched over 100 gsbs from svalbard and fairbanks, alaska. the observations were collected in partnership with the thinice field campaign. Windborne observations and data have been used by the u.s. air force for meteorological purposes in experimentation and operation, and are currently under evaluation for inclusion in the global air land weather exploitation model (galwem). An interactive web application that visualizes the positions of windborne's global sounding balloons on a 2d map with advanced statistical analysis capabilities.
Observations Windborne Windborne observations and data have been used by the u.s. air force for meteorological purposes in experimentation and operation, and are currently under evaluation for inclusion in the global air land weather exploitation model (galwem). An interactive web application that visualizes the positions of windborne's global sounding balloons on a 2d map with advanced statistical analysis capabilities. Windborne observations fills these gaps using autonomous, long duration weather balloons. by collecting continuous atmospheric data at scale, it helps improve weather forecasting and environmental understanding. The windborne meteorological viewer with the vertical profile data from balloons displayed on a skew t, balloon trajectories overlaid on infrared satellite, and the vertical profile panel. The results from the coarse and fine resolution runs will be presented, showing forecast impact of observations for standard parameters such as temperature, geopotential height and winds throughout the troposphere, as well as forecasts of tropical cyclone tracks and intensity. Windborne designs, builds, and operates the only technology that can capture in situ atmospheric profiles everywhere, including over oceans and the earth’s most remote places. each balloon can control its altitude, autonomously flying for weeks at a time.
Windborne Systems Better Weather Data Windborne observations fills these gaps using autonomous, long duration weather balloons. by collecting continuous atmospheric data at scale, it helps improve weather forecasting and environmental understanding. The windborne meteorological viewer with the vertical profile data from balloons displayed on a skew t, balloon trajectories overlaid on infrared satellite, and the vertical profile panel. The results from the coarse and fine resolution runs will be presented, showing forecast impact of observations for standard parameters such as temperature, geopotential height and winds throughout the troposphere, as well as forecasts of tropical cyclone tracks and intensity. Windborne designs, builds, and operates the only technology that can capture in situ atmospheric profiles everywhere, including over oceans and the earth’s most remote places. each balloon can control its altitude, autonomously flying for weeks at a time.
Windborne Systems Better Weather Data The results from the coarse and fine resolution runs will be presented, showing forecast impact of observations for standard parameters such as temperature, geopotential height and winds throughout the troposphere, as well as forecasts of tropical cyclone tracks and intensity. Windborne designs, builds, and operates the only technology that can capture in situ atmospheric profiles everywhere, including over oceans and the earth’s most remote places. each balloon can control its altitude, autonomously flying for weeks at a time.
Windborne Systems Better Weather Data
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