Hurtigruten’s Hybrid Expedition Ships: A Greener Future for Polar Cruises

For decades, Norwegian expedition cruise operator Hurtigruten has built a reputation for taking adventurous travelers from the Arctic to the Antarctic aboard purpose-built expedition ships. In a major move toward reducing the environmental impact of exploration cruising, the company announced plans to introduce hybrid battery-powered expedition vessels, starting with the MS Roald Amundsen, planned for launch in 2019.

What makes these ships different

The hybrid technology on Hurtigruten’s new expedition ships combines conventional engines with large battery systems. According to the company’s projections, this approach can reduce fuel consumption by around 20 percent and lower carbon dioxide emissions by roughly 3,200 metric tons per year—a reduction the company compared to the annual emissions of approximately 2,770 new cars. Hybrid propulsion also allows for smoother power management, quieter operation in sensitive environments, and the ability to run on battery power during maneuvers or while visiting fragile coastal or polar areas where noise and exhaust are a concern.

Fleet expansion and ship specifications

The MS Roald Amundsen is the first in a planned series of hybrid expedition vessels. A sister ship, the MS Fridtjof Nansen, was scheduled for launch in 2020, followed by a third hybrid-powered expedition vessel planned for 2021. Built in Norway, these ships were designed to be approximately 459 feet long and to carry about 600 passengers, combining the capacity and amenities of modern cruise ships with reinforced hulls and systems suitable for polar and remote-area exploration.

Hurtigruten’s broader environmental strategy

Hurtigruten has positioned itself as an early adopter of greener technologies within the cruise industry. In addition to investing in hybrid battery propulsion, the company announced plans to test alternative fuels—such as liquefied biogas produced from organic waste streams—and took steps to reduce plastic pollution by pledging to eliminate single-use plastics across its fleet. These measures are part of a larger effort to reduce emissions, minimize waste, and operate more responsibly in ecologically sensitive regions.

Where these ships sail

Hurtigruten operates an established expedition fleet that serves a wide range of polar and subpolar destinations. The company’s existing 17 expedition ships visit Antarctica and South America, operate along the Norwegian coast, and travel to Svalbard, Greenland, the Northwest Passage and other Arctic locations. The new hybrid vessels were intended to join this lineup, offering passengers lower-emission travel options while maintaining access to remote wilderness areas.

Why hybrid vessels matter for expedition travel

Expedition cruising often takes place in environments that are vulnerable to pollution, noise, and disturbances. Hybrid battery propulsion can help mitigate some of these impacts by reducing fuel use, lowering greenhouse gas emissions, and cutting engine noise. For passengers, hybrid systems can also mean more comfortable onboard experiences, with smoother operation and reduced vibration. For communities, wildlife, and fragile ecosystems visited by expedition ships, lower emissions and quieter operation contribute to responsible tourism practices.

Looking ahead

The introduction of hybrid battery-powered expedition ships marked an important step for Hurtigruten and for the broader cruise industry’s shift toward cleaner technologies. By combining proven marine engineering with new battery solutions and complementary measures—such as testing alternative fuels and eliminating single-use plastics—the company aimed to set a standard for environmentally conscious expedition travel. As interest in polar and remote-area tourism continues, innovations in propulsion and onboard environmental practices will remain central to balancing exploration with conservation.