Last Update: 10/26/2026 at 11:33 PM EST

Wind-Assisted Ship Propulsion

Coverage from The Register, DataPortuaria, and others

Wind-assisted ship propulsion uses wind-catching systems to provide supplementary thrust and reduce the work required from marine engines.

Approaches range from Anemoi rotor sails, which use the Magnus effect on commercial ships such as Maersk Labrea, to rigid aluminum sails integrated with solar panels on Selar Expeditions’ Captain Arctic. These deployments show how the technology is being adapted for both container shipping and expedition cruising, while raising practical questions about vessel design, route performance, energy storage, and the scale of achievable fuel and emissions savings.

Looking Back
86 Day Timeline
Sep 3Sep 4Sep 5Sep 6
All Articles2 articles
Interesting1 article · CI Score 45–59
The Register / Dan Robinson
Maersk will install and test an Anemoi rotor sail on the Maersk Labrea across North and South Atlantic routes from mid-2027.
9/3/2026 • Clean Energy & Emissions • General
Additional1 article · CI Score below 45
DataPortuaria
Selar Expeditions launched the solar-sail Captain Arctic in Mauritius in August for planned lower-emission, year-round Arctic expedition cruises beginning after delivery in 2026.
9/6/2026 • Clean Energy & Emissions • General