ProZero · Project

Carbon Fibre Fast Boats That Cut Fuel Costs for Professional Fleets

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Imagine swapping your heavy steel work boat for one made from the same material as Formula 1 cars — carbon fibre. A Danish boatyard figured out how to build professional-grade fast boats from carbon, making them lighter, faster, and far more fuel-efficient than traditional aluminium or fibreglass ones. They built four actual demonstration boats and created a flexible production system where different boat models share the same tooling, keeping costs down. Think of it like a modular LEGO kit for boat hulls — same factory setup, different end products.

By the numbers

23 million EUR

Expected turnover within 5 years of commercialization

Physical demonstrator boats built and tested

Total project deliverables completed

Countries in consortium (Denmark)

The business problem

What needed solving

Professional fast boat operators — coast guards, offshore service companies, port authorities — are stuck with heavy aluminium and fibreglass boats that burn excessive fuel, have limited range, and produce high emissions. Carbon fibre solves these problems but has never been proven in the professional fast boat market, and the conservative maritime industry needs demonstrated reference cases before adopting new materials.

The solution

What was built

TUCO built 4 physical demonstrator boats: two daughter craft (DC1, DC2) and two fast rescue boats (FRB1.1 and a 2nd generation FRB1.2). They also developed a flexible production platform where all boat models in the ProZero series share the same tooling, reducing manufacturing costs across the product range.

Audience

Who needs this

Coast guard and maritime rescue fleet managers replacing aging patrol boatsOffshore wind farm crew transfer vessel operators seeking fuel savingsPort authorities upgrading harbour pilot and patrol boat fleetsNavy and defence procurement offices evaluating lightweight fast craftIsland ferry and water taxi operators wanting lower operating costs

Business applications

Who can put this to work

Maritime search and rescue

enterprise

Target: Coast guard agencies and maritime rescue organizations

If you are a maritime rescue operator dealing with high fuel costs and limited operational range on patrol missions — this project developed carbon fibre fast boats (4 demonstrators including daughter craft and fast rescue boats) that deliver the highest strength-to-weight ratio of any material, meaning longer range, faster response times, and significant fuel savings compared to conventional aluminium boats.

Offshore energy services

mid-size

Target: Offshore wind farm service vessel operators

If you are an offshore service company spending heavily on crew transfer vessels and maintenance boats — this project built a flexible production platform for carbon fibre professional boats that reduces weight dramatically. Lighter boats mean less fuel per trip to offshore installations, lower emissions, and the ability to operate in rougher sea conditions where heavier boats cannot.

Commercial port operations

enterprise

Target: Port authorities and harbour patrol fleet managers

If you are a port authority managing a fleet of patrol and pilot boats facing rising fuel prices and tightening emission regulations — this project created a full product range of carbon fibre fast boats built on a shared production platform using the same tools, reducing per-unit cost. The expected commercial scale targets 23 million EUR turnover within 5 years of commercialization.

Frequently asked

Quick answers

What would a carbon fibre professional boat cost compared to a traditional one?

The project does not disclose specific boat pricing. However, the production platform was designed so that all models in the ProZero series share the same tooling, which reduces initial investment and per-unit production costs. Carbon boats typically have higher purchase prices but lower lifetime operating costs due to fuel savings.

Can this scale to fleet-sized orders?

Yes — that is exactly what the production platform was designed for. By using a flexible system where different boat models are built with the same tools, TUCO can produce a full product range to order without separate tooling investments for each model. They projected 23 million EUR in turnover within 5 years of commercialization.

Who owns the intellectual property and can I license this technology?

TUCO Yacht Værft ApS, a Danish SME, is the sole partner and coordinator. As the only consortium member, they hold full IP rights over the production platform and boat designs. Licensing or purchasing arrangements would need to be negotiated directly with TUCO.

Has this actually been tested on the water?

Yes. The project produced 4 physical demonstrator boats: two daughter craft (DC1, DC2) and two fast rescue boats (FRB1.1 and a 2nd generation FRB1.2). The existence of a second-generation model indicates iterative testing and refinement based on real operational feedback.

Does this meet maritime safety regulations?

Based on available project data, the project specifically aimed to overcome market barriers in the conservative commercial shipping industry by building reference cases. While specific certification details are not listed in the deliverables, building demonstrators for professional use implies compliance with relevant maritime classification standards.

How does carbon compare to aluminium for professional boats?

According to the project objective, carbon has the highest strength-to-weight ratio of any boatbuilding material, which translates to fuel savings, significant reduction of greenhouse gas emissions, larger operational range, and faster speeds. Carbon has been proven in fast ferries and racing yachts but was previously unproven in the professional fast boat segment.

Consortium

Who built it

This is a single-company project run entirely by TUCO Yacht Værft ApS, a Danish SME. With 100% industry participation and zero academic partners, the project was purely commercially driven — no university research padding. The fact that a small boatyard bet its SME Instrument Phase 2 funding on building 4 physical demonstrators (not papers or reports) signals genuine market intent. The absence of a large consortium means faster decision-making, full IP ownership, and no coordination overhead — but also means all technical risk sat with one company.

TUCO YACHT VAERFT APSCoordinator · DK

How to reach the team

TUCO Yacht Værft ApS is a Danish boatbuilder — contact their commercial team through prozero.dk or via SciTransfer for a facilitated introduction.

Order a report on this consortium See TUCO YACHT VAERFT APS profile →

Next steps

Talk to the team behind this work.

Want to explore carbon fibre boats for your fleet? SciTransfer can arrange an introduction to the ProZero team and provide a detailed technology brief tailored to your operational requirements.

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