PRODUCT DEVELOPMENT
A Proven Platform,
Ready for the Future
Incat has led the evolution of high-speed aluminium vessels through continuous product development for over four decades. Every generation of Incat vessel is more efficient, more capable, and more commercially competitive than the one before it – shaped by real operational insight from operators across the globe.
Key advancements over time include:
- Increased vessel length and payload capacity.
- Enhanced energy efficiency through lightweight aluminium construction.
- Flexible propulsion systems, including hybrid and fully electric options.
- Configurable layouts tailored to operator requirements and route profiles.
Continuous Innovation and Product Evolution
From the first 74-metre fast ferry delivered in 1990 to today’s 130-metre battery-electric flagships, every generation of Incat vessel has achieved new benchmarks in speed, efficiency, range, deadweight, and sustainability — all without compromising on performance. This continuous evolution has culminated in the world’s most advanced electric shipbuilding program, with Incat’s lightweight aluminium expertise providing the critical foundation for zero-emission capability.
Designing the Future
Every vessel begins with innovation at the design stage. Incat works exclusively with Revolution Design, a specialist naval architecture and engineering firm that has partnered with Incat for decades to develop world-leading high-speed aluminium and electric vessel designs. This collaborative, end-to-end design approach ensures every Incat vessel is engineered for maximum performance, energy efficiency, and future readiness.
Together, our teams work from concept through to delivery, providing:
Advanced naval architecture
Including hull optimisation, structural design,
and performance analysis.
Propulsion system configuration
Offering both electric and hybrid technologies to deliver energy-efficient solutions.
A tailored design process
Full drafting and 3D modelling tailored to each operator's operational profile.
A production system built for scale and precision.
Incat vessels are constructed within a dedicated 70,000m² undercover facility using a staged modular production system, allowing multiple large vessels to be built simultaneously – ensuring efficiency, quality, and consistency across every project. This approach enables Incat to continually reduce build time, enhance quality control, and meet growing global demand for electric and hybrid-electric vessels.
1. Plate Preparation
The Plate Shop
Marine-grade aluminium plate and extrusions are sourced globally and precision-cut using automated nesting technology to minimise waste and optimise structural integrity.
2. Prefabrication
Component Assembly
Sections such as hull modules, engine rooms, accommodation units, and superstructure blocks are assembled in controlled environments, improving accuracy and worker efficiency.
3. Modular Construction
Main Assembly Halls
Modules are transported into the main construction halls where the hull begins to take shape. The vessel is assembled from the centre outwards, allowing rapid structural progress and seamless integration.
4. Equipment Installation
Mechanical & Electrical Fitout
Systems such as propulsion, waterjets, batteries, electronics, HVAC, and hydraulics are installed with precision by specialist teams as the vessel reaches 70% completion.
5. Final Integration
Fitout & Commissioning
Interiors, passenger facilities, bridge systems, and finishing works are completed before the vessel is launched for sea trials and delivery.
Designed for Commercial Success.
Incat vessels are engineered for:
- Fast turnaround times.
- Low operational and maintenance costs.
- Passenger comfort and safety
- Flexible deck configurations for vehicles and freight.
- Compliance with future emissions regulations.
These attributes have made Incat vessels a preferred choice of operators in 24 countries.
A Proven Platform, Ready for the Future
Our product development pathway has now delivered the world’s most advanced electric vessel program.Each new vessel benefits from decades of design refinement, performance data, and client feedback– ensuring reliable, low-emission, future-ready ships that meet the demands of modern fleets.