ALUCAT® engine solutions – Power, efficiency and operational reliability
ALUCAT® catamarans are available with a wide range of engine solutions from various manufacturers. Vessels can be delivered with single or twin outboard engines, hybrid propulsion systems, or inboard‑outboard configurations.
The core of ALUCAT® vessel performance lies in a correctly optimized engine solution. We use advanced CFD analysis (Computational Fluid Dynamics) in the design process to deliver the best possible fuel efficiency and ride comfort for our customers. Our catamaran design enables flexible configurations with one or two engines, fully tailored to the operational requirements of each mission.
Outboard engines and joystick control
We offer market‑leading outboard engine brands such as Suzuki, Mercury, and Yamaha. For professional use, diesel outboard engines are also available, providing excellent torque and durability.
Standards: We use high‑quality SeaStar steering systems to ensure reliable operation in all conditions.
Handling: For engine installations above 150 hp, joystick control is available, providing precise vessel handling even in confined spaces.
Inboard‑outboard engines and serviceability
Larger ALUCAT® models can be equipped with Volvo or Yanmar inboard‑outboard engines. In these configurations, accessibility is a key design focus: a walk‑over step can be integrated above the engine, enabling easier movement via the stern while maximizing usable deck space.
Green transition: Hybrid vessels for professional use
ALUCAT® is a pioneer in hybrid solutions. We have implemented, for example, a hybrid system on the W16 model that combines the power of diesel engines with the silent, zero‑emission operation of an electric motor. Hybrid propulsion is ideal for applications requiring low noise levels and a reduced carbon footprint—without compromising performance.
Engine selection has a direct impact on the vessel’s total lifecycle cost. Our experts help determine the optimal balance between power and fuel consumption based on data from our reference vessels.
