A French research vessel named the Tara Polar Station has started a unique mission in the Arctic, where it will drift with the ice for eighteen months. Unlike traditional icebreakers, which use powerful engines to push through ice, the Tara Polar Station relies on a specially designed hull to avoid direct confrontation with ice. This innovative approach allows the ship to be lifted by the ice rather than crushed, making it more adaptable to the harsh Arctic environment. The ship, costing 20 million euros, was built in Cherbourg and measures 26 meters by 16 meters. Its hull is uniquely shaped like an olive, inspired by the natural forms found in polar regions. This design, combined with 20-millimeter thick aluminum plates, enables the ship to rise on the ice rather than be compressed. The vessel is classified as Ice Class 1A Super, meaning it is built to withstand extreme conditions, including temperatures as low as -52°C and mechanical stress from ice up to several centimeters thick. A key feature of the Tara Polar Station is its moonpool, a large opening in the ship's floor that allows scientists to collect water samples directly from beneath the ice. This capability is crucial for studying the Arctic environment, as it enables researchers to gather data from both the air and the ocean. The mission involves studying the Arctic from 2,000 meters above the surface down to 2,000 meters below, using hundreds of scientific protocols and collecting tens of thousands of samples. This comprehensive approach aims to provide a detailed understanding of the Arctic's complex ecosystems and climate dynamics. The Tara Ocean Foundation, which initiated the project, plans to conduct a series of drifts until 2045, with the goal of transforming the ship into a permanent Arctic observatory. The current mission is the first of nineteen planned drifts and serves as a test for the long-term scientific operations ahead. By drifting with the ice, the Tara Polar Station will provide continuous data, helping scientists monitor changes in the Arctic and their global implications.