Construction Order Placed For Autonomous, Wind‑Powered Cargo Vessel

Clippership, a California-based maritime robotics startup, has completed RINA‑classed designs for its first vessel, a 24‑metre autonomous, wind‑powered cargo ship aimed at serving small shippers. 

The vessel, now moving into construction, represents the company’s first full demonstration of its concept for low‑cost, low‑emission point‑to‑point freight transport.

The design work brought together by Dykstra Naval Architects, known for high‑performance sailing vessels, led the naval architecture, while U.S. firm Glosten completed the structural engineering. Clippership developed the autonomy software and rigid wing‑sail system in‑house, with RINA approving the final design package.

Construction will be carried out by KM Yachtbuilders in the Netherlands, a yard known for expedition‑grade vessels. The ship is scheduled to launch in late 2026 and will operate under the Maltese flag.

Designed specifically for small shippers, the vessel will offer an alternative to moving modest cargo volumes on large containerships or relying on costly road or air freight. It will carry up to 75 Euro‑pallets in a climate‑controlled hold and will be optimised for direct point‑to‑point routes.

Wind propulsion is integral to the concept. The ship will feature two foldable rigid wings made from carbon composite, which Clippership says deliver more than twice the power of modern fabric sails. The wings can be folded flat onto the deck during storms or while in port.

A key driver behind the design is reduced operating cost. To achieve this, the vessel is engineered for open‑ocean autonomous operation. While an initial supervisory crew will be carried, the ship’s systems are designed to manage navigation, wing trim, steering, and collision avoidance using real‑time environmental data. 

Integrated technologies include high‑resolution radar, video and FLIR cameras, satellite weather sensing and continuous AIS data exchange with nearby vessels and shore stations.

The vessel will act as a data‑gathering platform, informing refinements to the autonomy system, wing‑sail performance and vessel handling. As the technology matures and global MASS (Maritime Autonomous Surface Ship) regulations evolve, Clippership aims to transition to fully uncrewed voyages monitored remotely from shore.

The demonstration ship will operate on trans‑Atlantic routes as well as services to the Caribbean and South America. 

Clippership plans a larger 48‑metre vessel capable of carrying 400 pallets and featuring automated pallet‑handling systems, signalling its ambition to scale the concept into a commercially viable fleet.

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