Our MW-class machines are a step-change in performance over traditional technology, unlocking new possibilities in marine propulsion systems.
Our MW-class machines are 10-20X smaller and lighter than traditional marine solutions, allowing for more flexible vessel designs and enhanced performance.
With peak efficiencies reaching up to 97%, our MW-class solutions significantly reduce energy storage requirements, lower fuel costs, and minimize emissions.
By integrating the inverters directly into the motor, installation and vessel integration are drastically simplified, saving time and headache.
Built to endure saltwater and heavy-duty operations, our rugged, marine-grade systems deliver reliable performance in the toughest marine conditions.
Electric propulsion has been used in the marine industry for decades, primarily in diesel-electric hybrid systems. However, with a strong shift toward decarbonization, ferry and shipbuilders now demand higher performance solutions and have found that traditional MW-class motors are too large and inefficient for their needs with these advanced architectures. In contrast, our state-of-the-art MW-class motors are 10-20 times smaller and lighter, enabling new propulsion architectures like waterjets and hydrofoils that require compact designs to minimize hydrodynamic drag. Additionally, the improved efficiency of our MW-class units offers system-level cost savings by reducing energy storage requirements. Upfront costs are competitive due to significantly less raw material use (copper, lamination steel, etc.), and our integrated inverters eliminating unnecessary components such as shielded phase cables and connectors.
Our scalable motors deliver exceptional performance for marine propulsion across vessel types.