We’re proud to announce that the first Endurance 110L — our rugged, commercial-grade aluminium catamaran — will be powered by twin OXE300HP diesel outboards from OXE Marine. This marks a major milestone in the Endurance 110L OXE diesel outboards partnership, combining innovative propulsion with offshore-ready design.
Why We Chose OXE Marine Diesel Outboards for the Endurance 110L
Following extensive sea trials and a careful evaluation of propulsion systems, we selected the OXE300HP for its outstanding performance. The engine’s high torque, fuel efficiency, and robust engineering make it perfectly suited to the Endurance 110L’s long-range commercial capabilities.
Unmatched Torque and Fuel Efficiency from OXE Marine Diesel Engines
Designed for reliability and endurance, the OXE300 diesel outboards deliver exceptional pulling power and fuel economy — both critical for commercial operators covering long distances or working in remote environments. These qualities align closely with our design priorities for the Endurance series.
Seawork 2025: Confirming our OXE Outboards for the Endurance 110L
At Seawork, we had the pleasure of meeting Paul Frick, CEO of OXE Marine, and Simon Barnett of Proteum, OXE’s UK distributor. It was an excellent opportunity to connect in person and confirm our order for twin OXE300 outboards. We’re excited to begin this partnership and to integrate OXE propulsion into the first Endurance 110L.
Built for Endurance: Powering a Go-Anywhere Aluminium Catamaran
The Endurance 110L is designed to handle diverse marine environments — from offshore research to commercial utility operations. Its lightweight, corrosion-resistant aluminium hull is paired with propulsion that can meet demanding performance expectations, making this vessel truly go-anywhere capable.
Custom Propulsion Options for Future Endurance Builds
While this first build will feature twin OXE300s, future vessels in the Endurance series will always be tailored to the specific needs of our clients. Whether for research, commercial transport, or defence operations, propulsion and configuration will remain flexible.