Atlantic Missions

Saildrone Explorer SD 1078 is battling 50-foot waves and winds measured over 100 mph inside the Cat 4 hurricane.

SD 1079 spent 370 days at sea collecting CO2 data in a remote area of the Tropical Atlantic to improve global carbon projections and more sustainably manage ocean resources.

Saildrone and NOAA are launching seven wind-powered ocean drones to collect data inside hurricanes in the Tropical Atlantic Ocean and the Gulf of Mexico.

Saildrone is one of several science and defense-oriented companies located at the St. Petersburg Innovation District’s new Maritime and Defense Technology Hub.

NOAA, The New York Times, Smithsonian Magazine, Forbes, the Weather Channel, and Popular Mechanics have named the Atlantic hurricane mission one of the most important stories of 2021.

NOAA and Saildrone sent five autonomous vehicles into the Tropical Atlantic and successfully collected data of ocean-atmospheric interaction inside a major hurricane, which had never been done before by any uncrewed surface vehicle.

A group of Saildrone Explorers were deployed from Newport, RI, to build the largest ever set of wintertime weather and carbon data in the Gulf Stream.

Saildrone Explorer SD 1045 is collecting valuable ocean data about how hurricanes intensify for NOAA.

In partnership with NOAA, Saildrone is going storm chasing in the Tropical Atlantic to collect data where it’s never been collected before—inside a hurricane.

Funded in part by a grant of more than €1m from Google.org, the 12-month mission is expected to yield extraordinary insights into the impact of the Gulf Stream on weather forecasting and global carbon models.

Two autonomous wind-powered vehicles sailed from Cabo Verde to Trieste, Italy, demonstrating how fit-for-purpose technology can be used to increase ocean observation.

Two saildrones have been collecting data about air-sea interactions in a productive region of the western Tropical Atlantic on behalf of NOAA.

Five saildrones deployed from Barbados observed ocean-atmosphere interactions at the sub-mesoscale improve climate models and weather prediction.

SD 1030 and SD 1053 reverse the path of the ancient mariners, entering the Mediterranean Sea through the Pillars of Hercules.

Two saildrones spent more than 200 days surveying sandeel, saithe, and herring off the coast of Bergen in partnership with Norway’s Institute of Marine Research.

The Canary Islands’ ESTOC site is one of nine fixed ocean stations in the Atlantic and Mediterranean where saildrones will collect in situ measurements for cross-calibration and validation.

Five saildrones were deployed from Barbados to join the EUREC4A/ATOMIC project, a massive international effort using air, space, surface, and sub-surface platforms to improve climate models and weather prediction.

Two Saildrone USVs will collect in situ measurements at nine fixed ocean stations in the Atlantic Ocean and the Mediterranean Sea for cross-calibration and validation.

Two Saildrone USVs join the German RV Meteor and other unmanned technologies to study Atlantic Ocean eddies during the #MOSESeddyhunt in the first phase of the 2019 ATL2MED mission.

Two Saildrone USVs are sailing from Cabo Verde to Trieste, Italy on a six-month mission to better understand ocean acidification, the global carbon budget, and the socio-economic impacts of a changing ocean ecosystem.

After setting the record for the fastest unmanned Atlantic crossing, SD 1021 has now completed the return journey, not only beating its own record time but also becoming the first autonomous vehicle to transit in both directions across the Atlantic Ocean.

Saildrone partnered with the University of Southern Mississippi and NOAA to complete our first shallow-water multibeam bathymetry mission in the Gulf of Mexico.

After suffering damage in a Gulf Stream storm, SD 1021 received a new wing in Bermuda and set out for the Solent on a mission to complete the fastest unmanned Atlantic crossing.

The 2019 Sandeel and Saithe Mission will be the first European test of Saildrone USVs in partnership with Norway’s Institute of Marine Research.

This 30-day mission to study air-sea heat and carbon exchange in the Gulf Stream is made possible by a Saildrone Award.

Saildrone helped ECOGIG consortium researchers understand the effects of wind and current on natural oil slicks and their larger impact on the Gulf ecosystem.