TUCO YACHT VAERFT APS

Their core work

TUCO Yacht Værft is a Danish boatbuilder specializing in high-performance carbon composite vessels for professional and commercial use. They design and manufacture fast boats using advanced composite materials — carbon fiber and fibre-reinforced polymers (FRP) — targeting maritime operators who need lightweight, durable, and fuel-efficient craft. Their work spans from electric ferries to autonomous survey vessels, consistently contributing shipbuilding and composite manufacturing expertise to EU research consortia focused on next-generation maritime transport.

What they specialise in

How they've shifted over time

TUCO began with its core competency — carbon composite fast boats (ProZero Phase 1, 2014) — and quickly moved into electric propulsion and emission-free vessel design through E-ferry (2015). From 2017 onward, the focus broadened significantly toward industrial-scale FRP shipbuilding (FIBRESHIP), autonomous maritime platforms with hydrogen power (ENDURUNS), and offshore composite structures (FIBREGY). The trajectory shows a clear shift from building individual high-performance boats to becoming a composite materials specialist for the broader maritime and offshore energy sector.

TUCO is evolving from a niche boatbuilder into a composite materials and lightweight structures partner for offshore energy and autonomous maritime applications — expect them to pursue wind energy, hydrogen vessels, and marine robotics consortia.

How they like to work

TUCO operates primarily as a participant (5 of 7 projects), joining larger consortia where they contribute shipbuilding and composite manufacturing expertise. They have coordinated twice — both phases of ProZero, their own product development — suggesting they lead when the project is close to their core business but prefer to join as a specialist partner in broader research efforts. With 84 unique partners across 23 countries, they are well-connected and clearly comfortable working in large, international consortia.

Extensive European network of 84 unique consortium partners spread across 23 countries, reflecting participation in several large Innovation Action and Research projects. Their reach is unusually broad for an SME, giving them connections across maritime, transport, and materials research communities.

What sets them apart

TUCO is rare: a small shipyard that can actually build the demonstrators and prototypes that EU research projects need. Most composite materials research partners are universities or large industrial firms — TUCO brings hands-on production capability for carbon and FRP vessels at a scale where prototypes can be tested in real conditions. For any consortium needing a physical boat, hull, or marine composite structure built, they are a practical and experienced choice.

Highlights from their portfolio

• ProZero
  Their flagship project as coordinator (EUR 1.8M in Phase 2), developing carbon-based professional fast boats — the clearest expression of their core business translated into EU-funded R&D.
• ENDURUNS
  A 5-year project combining autonomous underwater vehicles, hydrogen fuel cells, and seabed mapping — shows TUCO's reach beyond conventional boatbuilding into unmanned maritime systems.
• FIBRESHIP
  Addressed a major industry gap: scaling FRP construction to large-length ships, with TUCO contributing production know-how and full-scale demonstrator building.