Russia launches a 10,000-ton self-propelled scientific platform capable of drifting for years in the Arctic, replacing old Soviet stations on floating blocks.

Written by Alisson Ficher

Published on 15/06/2026 at 16:33

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Russian platform capable of drifting for long periods in the Arctic combines a strong hull, laboratories, extended autonomy, and structure for researchers to monitor the natural movement of ice in a region of extreme cold, climate research, and scientific presence in high latitudes.

Russia operates in the Arctic the Severny Polyus, or North Pole, a self-propelled scientific platform designed to function as a research vessel, floating laboratory, and drifting polar station in a single structure.

Built for prolonged expeditions, the vessel serves areas where unstable ice, extreme cold, and the distance from coastal bases hinder conventional scientific operations and limit the stay of teams in the field.

The project 00903 allows researchers to reach the region of interest by navigating and then monitor the natural movement of sea ice from the platform itself.

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Severny Polyus Platform combines ship and polar station

According to Admiralty Shipyards, responsible for the construction, the platform is 83.1 meters long, 22.5 meters wide, and has a displacement of over 10,000 tons.

The Vympel office, designer of the vessel, reports a provision autonomy for 365 days and fuel autonomy for 730 days, as well as a minimum speed of 10 knots.

Launched in December 2020, the Severny Polyus began sea trials on May 21, 2022, and entered operation in August of the same year.

The first expedition based on the platform, the Severny Polyus-41, departed from Murmansk on September 15, 2022, and began operating in the Arctic Ocean on October 2, 2022, according to the Russian Arctic and Antarctic Research Institute, the AARI.

The structure was designed to accommodate 34 scientific team members and 14 crew members, with work areas, laboratories, accommodations, and support systems for prolonged stays.

This arrangement allows maintaining living and research conditions during long drifts in polar latitudes, without relying exclusively on temporary camps set up on the ice.

Drift on ice changes the logic of the old Soviet bases

The vessel is distinguished by its mode of operation in the studied environment, as it can remain trapped in the ice and follow the drift of the frozen masses.

During this movement, instruments and teams collect data on the atmosphere, ocean, ice cover, and Arctic physical processes, according to the research lines described by Vympel.

The model updates the Soviet and Russian tradition of drifting polar stations, initiated in 1937 with the first “North Pole” station.

According to the AARI, the program was interrupted in 2013 due to critical ice conditions, including melting, cracks, and displacements that made it difficult to safely maintain scientific fields on floating blocks.

With the Severny Polyus, this type of research was resumed in another format, supported by a permanent and ice-resistant naval base.

In the first mission, Severny Polyus-41 continued the historical program of drifting stations, but with a structure that also functions as housing, a scientific center, and a measurement platform.

Sensors installed on the hull aid studies on ice conditions, while onboard laboratories allow processing some observations during the expedition itself.

Research in the Arctic monitors climate, ocean, and ice

The planned operations include meteorological, actinometric, and aerological observations, as well as studies on ice cover dynamics, loads exerted on structures, and deformations of frozen masses.

Vympel also lists oceanological research, marine ecological monitoring, geological and geophysical studies, support for polar meteorology, and investigations related to regional and global climate changes.

These measurements have scientific and operational applications because they help describe the evolution of the Arctic environment and provide data for calculations used in ships, industrial facilities, and structures planned for icy regions.

The presence of a drifting platform also expands the collection of continuous series in areas where satellites, buoys, and short campaigns do not always maintain in-person observations for extended periods.

Autonomy and resistance extend permanence in remote areas

The vessel was designed to withstand temperatures of up to negative 50 degrees Celsius, according to information published by The Barents Observer about the project’s characteristics.

The technical classification includes a helipad and ice navigation, which expands the capacity for logistical support in remote areas and reduces the dependence on exclusively maritime displacements during extensive missions.

In field operation, Severny Polyus uses the ice as part of the scientific mission, as it arrives at the work region, enters the frozen field, and begins to drift with the currents.

This format creates a mobile base capable of following phenomena that change throughout the seasons, without repeating the pattern of shorter campaigns conducted by conventional oceanographic vessels.

New expedition maintains data collection near the North Pole

The second mission of the platform, Severny Polyus-42, began on September 30, 2024, according to the AARI.

In the 2024-2025 season, the station operated about 400 kilometers from the geographic North Pole, with 34 scientists and 14 crew members on board.

The mission continued the data collection in high latitudes of the Arctic Ocean, within the Russian program of drifting scientific stations.

The use of this model occurs in a context of rapid environmental changes in the Arctic, maritime routes under study, and demand for climate data obtained directly in polar regions.

For Russia, the platform reinforces a long-term scientific presence in remote areas, now with a permanent naval structure instead of camps set up directly on ice blocks.

By combining resistant hull, laboratories, accommodations, extended autonomy, and the ability to drift with the ice, Severny Polyus marks an operational change in Russian polar research.

The station no longer depends solely on the natural resistance of a frozen plate and begins to operate from a naval base built to remain in the very environment being investigated.

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Russia launches a 10,000-ton self-propelled scientific platform capable of drifting for years in the Arctic, replacing old Soviet stations on floating blocks.

Russian platform capable of drifting for long periods in the Arctic combines a strong hull, laboratories, extended autonomy, and structure for researchers to monitor the natural movement of ice in a region of extreme cold, climate research, and scientific presence in high latitudes.

Severny Polyus Platform combines ship and polar station

Drift on ice changes the logic of the old Soviet bases

Research in the Arctic monitors climate, ocean, and ice

Autonomy and resistance extend permanence in remote areas

New expedition maintains data collection near the North Pole

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Russia launches a 10,000-ton self-propelled scientific platform capable of drifting for years in the Arctic, replacing old Soviet stations on floating blocks.

Russian platform capable of drifting for long periods in the Arctic combines a strong hull, laboratories, extended autonomy, and structure for researchers to monitor the natural movement of ice in a region of extreme cold, climate research, and scientific presence in high latitudes.

Severny Polyus Platform combines ship and polar station

Drift on ice changes the logic of the old Soviet bases

Research in the Arctic monitors climate, ocean, and ice

Autonomy and resistance extend permanence in remote areas

New expedition maintains data collection near the North Pole

Mother and daughter build a 70 m² house with more than 8,000 discarded glass bottles and impress with their creativity; known as the Casa de Sal, the property is located on Itamaracá Island, in Pernambuco.

Workers were opening a new road connection near the Marginal Tietê when they found, in the underground of the construction site, remnants of locomotives, wagons, and boilers from the 19th century linked to the forgotten history of Lapa.

Instead of burning or burying old tires, an American city is transforming about 2,000 of them into the street itself, paving its first sections with a quieter and more durable rubber asphalt.

China transforms desert-devastated area into the world’s largest artificial forest, planting trees for 60 years, blocking sand that reached Beijing, and creating a “green lung” of 92,000 hectares in a region once considered lost.

Greek island offers free housing for volunteers, but there’s a condition: you need to take care of rescued cats.

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