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Incat

Incat Tasmania is an shipbuilding company headquartered in , , renowned for designing and constructing high-speed, lightweight ferries that serve and needs worldwide. Founded by Robert Clifford, the company traces its origins to the launch of its first high-speed in September 1977 at Prince of Wales Bay, evolving from earlier ventures like the Sullivans Cove Ferry Company established in 1972. Privately owned by Clifford, his family, company directors, and employees, Incat operates a 70,000 square meter production facility with two dry docks, employing skilled technicians and maintaining a focus on innovation in technology that enables speeds exceeding 50 knots. Over its history, Incat has built more than 100 vessels, accounting for approximately 40% of the global fleet of large high-speed and ferries over 70 meters, with operations in more than 30 countries and notable achievements including constructing the world's fastest vessel, Hull 069 (Francisco), achieving speeds of 58.1 knots. The company has secured the multiple times, including in 1990 and 1998. In recent years, Incat has pioneered sustainable maritime solutions, transitioning to zero-emission Ro-Pax ferries powered by advanced battery-electric propulsion systems, leveraging Tasmania's 100% renewable energy grid to achieve net-zero operations since 2018. As of 2025, the company launched Hull 096, the world's largest battery-electric ferry at 130 meters, constructed for Uruguay-based operator Buquebus with a battery capacity exceeding 40 MWh (40,000 kWh) for emissions-free service between Argentina and Uruguay. As of October 2025, Hull 096 is undergoing battery power-up and final outfitting ahead of delivery. Additionally, in July 2025, Incat secured a contract to build two 129-meter electric ferries for Danish operator Molslinjen, each accommodating 1,483 passengers and 500 cars with 45,000 kWh batteries, further solidifying its leadership in eco-friendly high-speed vessel production. Beyond commercial ferries, Incat's portfolio includes military and defense vessels, crew transfer boats, and special-purpose craft, emphasizing aluminium construction for efficiency and environmental benefits.

Company Profile

Founding and Leadership

Incat's origins stem from the Sullivans Cove Ferry Company (SCFC), founded by Robert Clifford in 1972 to provide ferry services across the Derwent River in , . SCFC constructed its first vessel in 1973, marking the company's initial foray into vessel building while primarily focused on operations. In 1977, Clifford partnered with marine architect Philip Hercus to establish Incat Tasmania Pty Ltd, initially as International Catamarans, emphasizing the and construction of high-speed catamarans. This collaboration leveraged Clifford's operational experience and Hercus's expertise in , laying the groundwork for Incat's specialization in wave-piercing . The amicably dissolved in February 1988, enabling Clifford to lead Incat independently as its primary shipbuilding entity, free from shared operational commitments. Under Clifford's stewardship as founder, managing director, and later chairman, Incat shifted its from ferry operations to exporting high-speed vessels worldwide, a transition catalyzed by the post-dissolution focus on manufacturing. Key leadership milestones include the integration of family members into executive roles, such as daughter Kim Clifford's appointment as director of Incat in , ensuring continuity in the privately held . Clifford's ongoing chairmanship has guided Incat through decades of growth, with shares primarily owned by him and the Clifford family.

Facilities and Operations

Incat's primary shipyard is situated in Prince of Wales Bay, , , where operations have been based since the facility's relocation there in 1989. This expansive site, covering more than 70,000 square meters of undercover manufacturing space, supports the of high-speed catamarans and ferries up to 130 meters in length, enabling efficient production of large-scale vessels while leveraging the region's strategic access to deep-water berths for assembly and launch. To address surging demand for battery-electric vessels, Incat acquired 12 hectares of land at the former site in the Derwent Valley, north-west of , in August 2024. This expansion will establish a second dedicated , effectively doubling the company's overall capacity and facilitating parallel construction lines for sustainable aluminum ferries, with initial builds targeted for early 2026. The production line at the Prince of Wales Bay facility utilizes advanced modular aluminum techniques, dividing assembly into three distinct stages: of sections and components, , and final outfitting. This streamlined process, refined over decades, minimizes on-site time, reduces material waste, and allows for scalable output—typically one major every 12 to 18 months—while accommodating custom designs for electric systems. Supporting these operations is a of approximately 500 employees as of 2025, including naval architects, skilled welders, electronics technicians, and a significant apprentice program comprising about 70 apprentices (14% of staff), with plans to expand to around 1,000 through the new facility, ensuring high-quality craftsmanship and knowledge retention. Incat's operational workflow integrates digital tools from inception to delivery, starting with hull and via (CAD) software like ShipConstructor, which automates detailing and enables seamless integration of lightweighting and performance analyses. Modules are then fabricated and assembled in controlled environments before the complete vessel is launched for sea trials in the sheltered waters of the Derwent River, verifying speed, stability, and electric systems under real-world conditions. Final global delivery involves coordinated , such as crewed voyages or towing by support vessels, to operators across , , and the , optimizing efficiency through Incat's established international partnerships.

Historical Evolution

Early Development (1970s-1990s)

Incat's origins trace back to the Sullivans Cove Ferry Company (SCFC), established in 1972 by Robert Clifford to operate steel mono-hull ferries across Hobart's Derwent River in Tasmania. In September 1977, the company launched its first high-speed aluminum catamaran at Prince of Wales Bay, marking the beginning of a shift toward innovative boatbuilding focused on lightweight aluminum fabrication for faster ferry services. Following the re-opening of the Tasman Bridge in 1988, the company became International Catamarans Pty Ltd (Incat), with Incat Tasmania established in 1989. During the 1980s, Incat pioneered wave-piercing prototypes, beginning with the 8.7-meter (Hull 013) trialed in 1984, followed by the 28-meter Spirit of (Hull 016) entering in 1985. These early designs incorporated water-jet , enhancing maneuverability and speed for passenger transport. A significant breakthrough came in 1990 with the delivery of Hull 023, a 74-meter wave-piercing to the , recognized as Incat's inaugural large vessel capable of carrying vehicles alongside passengers, revolutionizing short-sea ferry operations. The late 1980s brought substantial challenges, including financial strains that tested the young company's viability and partnership disputes that complicated operations. To accommodate larger builds, Incat relocated its shipyard to Prince of Wales Bay in 1989, enabling expansion despite these hurdles. By the early 1990s, these efforts culminated in milestones such as the widespread adoption of water-jet propulsion in production models and the establishment of export markets, with Hull 023 signaling Incat's growing international presence.

Expansion Era (2000s-2010s)

During the , Incat experienced a surge in vessel deliveries, constructing over 80 high-speed by 2010, which represented nearly 40% of the global fleet of vehicle-passenger ferries longer than 50 meters. This growth built on earlier wave-piercing designs, scaling production to include larger 96-meter to 110-meter Ro-Pax ferries capable of carrying hundreds of passengers and vehicles at speeds exceeding 35 knots. Notable examples included multiple deliveries to South American operator , such as the 99-meter (Hull 069) in 2013, and vessels for European lines like Trasmediterránea's 96-meter Milenium (Hull 056) in 2000 and 98-meter Alboran (Hull 058) in 2003. A pivotal challenge came in 2001 when Incat faced severe financial distress, leading to the redundancy of about 70 workers amid broader operational difficulties that began earlier that year. Recovery followed through restructuring and key sales, including the 2003 delivery of Hull 058 to Trasmediterránea, which enabled repayment of a $30 million loan and stabilized operations. By the mid-2010s, this resurgence culminated in the 2013 delivery of Francisco (Hull 069) to , a 99-meter LNG-powered that achieved a record 58 knots during trials, marking it as the world's fastest commercial vessel at the time. Market expansion accelerated during this era, with Incat entering European routes via contracts with operators like (e.g., Condor Voyager in 2000) and Trasmediterránea, while establishing a presence in through four ferries operating in and by 2010. The focus on Ro-Pax configurations supported this diversification, enabling efficient transport of passengers and roll-on/roll-off cargo across . In 2015, Incat resumed production of smaller ferries, delivering two 35-meter catamarans to MBNA Thames Clippers for commuter services, broadening its portfolio beyond large ocean-going vessels. Incat's expansion significantly bolstered Tasmania's economy, employing around 800 people at its peak in the late and contributing to exports valued in the hundreds of millions of Australian dollars annually. By the 2010s, the company had vessels operating in over 30 countries, including major markets in , , and the , reinforcing its role as a key exporter and driver of regional manufacturing jobs.

Modern Innovations (2020s)

The caused temporary disruptions to Incat Tasmania's operations in 2020, including supply chain challenges and workforce adjustments, but the company maintained construction activities through measures such as and staggered shifts across its shipyard. Post-2020 recovery efforts centered on a heightened focus on , aligning with global demands for low-emission solutions and positioning Incat as a leader in eco-friendly vessel design. Key milestones in the included the August 2024 acquisition of a 12-hectare site in Tasmania's Derwent Valley, enabling Incat to double its shipbuilding capacity with a new 240-by-120-meter production facility capable of constructing three large vessels simultaneously. In 2025, Incat launched Hull 096, a 130-meter battery-electric recognized as the world's largest of its kind, capable of carrying up to 2,100 passengers and 226 vehicles on routes like those between and . Strategic shifts in the decade involved increased investment in , culminating in five large aluminum electric and hybrid-electric vessels under production at the shipyard by September 2025, as part of the most advanced program in aluminum electric history. This expansion built on the company's legacy of high-speed innovations from the 2010s, adapting proven designs for zero-emission applications. Incat received industry recognition for these advancements, including the Sustainability and Green Economy Award at the 2025 Tasmanian Export Awards for in sustainable practices, and Deloitte's Best Managed Companies accolade in and for operational excellence. Key partnerships, such as with , provided integrated electric propulsion systems and waterjets for projects like Hull 096 and two Danish ferries for , enhancing Incat's capabilities in battery-electric technology.

Core Technologies

Wave-Piercing Catamaran Design

Incat's wave-piercing design originated in the early , with the concept conceived in 1983 and first tested through an 8.7-meter prototype named in 1984. This innovative bow configuration allows the central section to pierce oncoming rather than ride over them, minimizing pitching motions and slamming impacts that can compromise structural integrity and passenger comfort. The design incorporates a distinctive center bow that functions as a ride control element, providing reserve and damping wave encounters to enhance in rough conditions. The twin-hull structure inherent to Incat's vessels delivers superior transverse stability compared to monohulls, enabling reliable operation at high speeds even in adverse weather while offering a spacious deck area for efficient loading. Construction exclusively from marine-grade aluminum— with a of approximately 2.7 g/cm³, about one-third that of at 7.8 g/cm³—significantly reduces overall weight, facilitating hulls that achieve service speeds exceeding 40 knots without excessive power demands. This material choice also contributes to resistance and , further supporting the design's emphasis on and . Over time, the wave-piercing has evolved from early 74-meter models introduced around 1990 to contemporary 130-meter variants, with progressive size classes at 70 meters, 85 meters, 98 meters, 112 meters, and beyond to optimize capacity and performance. These developments incorporate semi-planing hull forms that generate lift at speed, allowing efficient operation across a range of displacements while maximizing for reduced fuel consumption through minimized . Later iterations have increased capacity to nearly 100% of the vessel's total weight, reflecting iterative refinements in hull geometry and . Key performance enhancements stem from fine entry bow profiles and optimized flare angles, which lower coefficients and impact loads—such as a 21% reduction in forebody side impacts—thereby improving hydrodynamic and ride in head seas. Retractable T-foils further mitigate in calm waters, promoting overall fuel economy across operational profiles. This foundational was initially adopted in trials during the mid-1980s, paving the way for scaling.

Propulsion Systems and Materials

Incat vessels primarily employ waterjet systems, which enhance maneuverability, , and shallow-draft operations suitable for high-speed catamarans. These systems typically feature multiple waterjets—ranging from four on mid-sized ferries to eight on larger ones—driven by engines or, in recent vessels, electric motors, allowing precise for rapid acceleration, reversing, and steering without traditional rudders. Recent vessels incorporate battery-electric , with electric motors powering the waterjets for zero-emission service, as in the 130-meter Hull 096 launched in 2025. The of waterjet follows F = \dot{m} v_e, where F is the , \dot{m} is the of , and v_e is the exhaust velocity relative to the jet, enabling high at speeds above 30 knots by minimizing drag from exposed appendages. Construction relies on high-strength marine-grade aluminum alloys, predominantly 5083-H116 and 5383-H321, selected for their superior resistance in saltwater environments and ability to withstand fatigue from repeated high-speed impacts. These alloys provide a significantly higher strength-to-weight ratio than that of , enabling lighter structures with comparable strength, reducing overall vessel mass and improving while maintaining structural integrity under dynamic loads. techniques, including metal () processes with proprietary procedures, ensure seamless, high-quality joints; pre-fabrication of components like panels and bulkheads increases down-hand positions, minimizing distortion and production time. Propulsion integration often combines engines with waterjets in conventional setups, achieving speeds of 35 to 58 knots depending on vessel size and load; for instance, the 99-meter attained a speed of 58.1 knots using four engines paired with waterjets. This configuration supports compatibility with wave-piercing hulls by delivering distributed thrust that optimizes hydrodynamic performance. Modular components, such as prefabricated engine rooms and jet units, facilitate easier access for inspections and upgrades, contributing to lower lifecycle costs through reduced corrosion-related downtime compared to monohulls.

Product Portfolio

Passenger-Only Ferries

Incat's passenger-only ferries represent a specialized segment of its product portfolio, focusing on compact, high-speed catamarans tailored for short-haul urban commuting and tourist excursions without vehicle accommodation. These vessels prioritize and passenger comfort on routes like harbor services, enabling frequent departures and reduced travel times compared to traditional ferries. Following a period of emphasis on larger vehicle-carrying models, Incat resumed production of these smaller craft in to meet demand for efficient inner-city and scenic transport solutions. These ferries typically measure 30 to 80 in length, with passenger capacities ranging from 200 to 1,000, and service speeds reaching up to 45 knots depending on route requirements and power configuration. For instance, the 35-meter models accommodate around 400 passengers, while larger variants in this category can handle up to 1,000 on optimized layouts. Propulsion often involves waterjet systems paired with lightweight aluminum construction, allowing for agile maneuvering in confined waters. Design features emphasize passenger-centric amenities, including spacious lounges, ergonomic seating, and expansive outdoor decks for scenic views, with interiors configured for minimal intrusion from machinery spaces. Vehicle decks are absent, freeing up volume for additional seating, refreshment areas, and features like ramps. The wave-piercing hull form enables compact designs with reduced wake, minimizing environmental impact in sensitive harbor areas, while noise levels are lowered through isolated engine placements and acoustic . Notable examples include the six 35-meter catamarans delivered to Corporation for inner harbor operations starting in late 2016, each with capacity for 400 passengers, connectivity, and real-time information displays to enhance commuter experience. The 35-meter Flyer, delivered in 2019 to Ferries for the Melbourne- route, accommodates 409 passengers with indoor and outdoor seating and . In the market, these ferries occupy a niche for cost-effective, high-frequency services on protected waters, where their stability and speed reduce operational cycles and turnaround times. Fuel consumption is significantly lower than comparable designs at equivalent speeds and loads, owing to the efficient form and reduced , making them attractive for operators seeking to optimize on dense, short routes.

Vehicle and Passenger Ferries

Incat's vehicle and passenger ferries, often referred to as Ro-Pax vessels, are designed for high-speed commercial operations on inter-island and coastal routes, accommodating both vehicular and human traffic in a single voyage. These catamarans typically range from 74 to 130 meters in length, with capacities for 800 to 2,500 passengers and 200 to 600 vehicles, including cars and trucks, while achieving speeds of 35 to 50 knots and gross tonnages up to approximately 14,000. Propulsion systems, such as waterjet arrangements powered by gas turbines, engines, or battery-electric systems, enable efficient high vehicle throughput at these velocities. Key features of these ferries include multi-deck layouts optimized for mixed transport, with dedicated vehicle decks equipped with stern and side-loading ramps for rapid embarkation and disembarkation. Stabilization systems, incorporating T-foils, , and interceptors, provide advanced to minimize roll, , and heave, enhancing passenger comfort and operational in varied conditions. These vessels often feature drive-through configurations on lower decks to streamline freight handling, alongside upper passenger areas with lounges, dining facilities, and outdoor decks. Notable examples include Hull 023, launched in 1990 as Incat's first 74-meter model, which carried 450 passengers and 84 cars at speeds up to 35 knots. Larger 110-meter vessels, such as those delivered to European operators like , exemplify scaled-up designs; for instance, the 98-meter Hull 057 (trading as Condor Voyager) accommodates around 1,000 passengers and provides 380 truck lane meters plus 360 car spaces. Operationally, these ferries offer significant advantages in time-sensitive routes by halving typical crossing durations compared to conventional ships; for example, on the to service, Incat's 99-meter completes the 200-kilometer journey in about 2.5 hours, versus 4 hours or more for slower alternatives. This efficiency supports high-volume inter-island transport, such as in the region, where vessels like handle 1,000 passengers and 150 cars per trip at speeds exceeding 50 knots.

Military and Defense Vessels

Incat has adapted its wave-piercing designs for military and defense applications, producing high-speed vessels primarily for intra-theater and support roles. These vessels typically range from 50 to 98 meters in length, achieve speeds exceeding 40 knots for rapid deployment, and incorporate advanced systems for and . Endurance is a key feature, with capabilities up to 1,100 nautical miles at operational speeds of 35 knots and extended transit ranges of 4,000 nautical miles at 20 knots, enabling sustained missions without frequent refueling. To meet naval requirements, Incat incorporates specific modifications that enhance and versatility. Hulls are reinforced for increased structural to withstand operational stresses in diverse environments, while low-observable features reduce detectability during sensitive missions. Modular weapon mounts and configurable deck spaces allow for flexible integration of equipment, such as helicopter landing pads or garages, supporting rapid reconfiguration for varying threats. The inherent stability of the hull provides superior agility in rough seas, aiding military maneuverability. Notable examples include the , delivered to the Australian Navy in 1999, an 86-meter vessel that achieved average speeds of 40 knots while transporting troops and equipment during the East Timor intervention, completing 900-nautical-mile round trips in under 24 hours. For international clients, the , a 97-meter built in 2003 and later operated by the from the mid-2010s, demonstrated these capabilities in regional operations, carrying up to 350 personnel and 500 short tons of military equipment at over 35 knots. These vessels play a strategic role in high-speed troop transport, enabling swift deployment of forces to remote areas, and in support, such as in contested waters, with shallow drafts allowing access to austere ports for sustainment.

Specialized Vessels

Incat has expanded its expertise beyond conventional ferries into specialized civilian vessels, including floating and offshore support craft, leveraging its aluminum construction and wave-piercing technology for demanding applications. These builds highlight the company's adaptability in producing custom solutions for unique operational needs, such as crew transfers in challenging environments and luxury leisure platforms. A notable example of Incat's infrastructure capabilities is the Brooke Street Pier, a four-storey floating terminal constructed in 2014 for Hobart's waterfront. Built entirely at Incat's shipyard in Derwent Park, , the 80-meter-long structure weighs 5,300 tonnes and cost A$13 million, making it Australia's largest floating building upon completion. It serves as a multi-purpose facility housing restaurants, tourist shops, and a ferry terminal for the Museum of Old and New Art (), with the pontoon floated into position on November 9, 2014. The pier's aluminum superstructure and stable catamaran-style base ensure resilience against tidal movements and weather, accommodating up to 300 visitors daily. In the offshore support sector, Incat delivered its largest fast crew boat in , the 70-meter Muslim Magomayev, designed for efficient personnel transfers to oil and gas installations. Powered by waterjets for a top speed of 30 knots, the vessel features DP2 to maintain station in rough seas and an Ampelmann stabilized access for safe "walk-to-work" transfers, accommodating up to 150 passengers and 14 alongside 130 tonnes of . Constructed from aluminum to withstand harsh conditions, it represents an adaptation of Incat's ferry propulsion systems for high-speed, reliable offshore operations in regions like the . Smaller crew transfer variants, such as those with 20-person capacity, incorporate similar and achieve 30-knot speeds for targeted support roles. For high-end , Incat has developed concept designs for luxury tenders, emphasizing smooth performance in luxury settings. The 80-meter Super Yacht Tender concept, a wave-piercing , offers customizable aluminum builds up to 98 meters, with features like enhanced for guest transfers and cruising at speeds exceeding 30 knots. These designs draw on Incat's K-class hulls—proven in passenger services—for wave-piercing bows that minimize motion, providing a comfortable ride for owners in the . While primarily conceptual, they underscore Incat's potential in the for vessels tailored for private luxury use. These specialized projects, including oil rig tenders and leisure concepts, constitute a smaller but innovative portion of Incat's portfolio, focusing on offshore energy support and premium recreation while avoiding overlap with standard ferry production.

Sustainability Initiatives

Transition to Electric Propulsion

Incat's engineering efforts in the 2020s have centered on shifting from diesel-mechanical propulsion to fully battery-electric systems, integrating high-capacity lithium-ion batteries with electric motors to drive waterjet propulsors. This core transition replaces traditional diesel engines and generators with direct electric drive, enabling silent, vibration-free operation suitable for passenger comfort and marine environmental sensitivity. For instance, in large vessels, lithium-ion battery banks provide up to 45 MWh of energy storage, as seen in recent projects, representing a fourfold increase over prior maritime electric installations and supporting extended zero-emission voyages. Key technical advancements address power density and integration challenges in catamaran designs. Battery energy capacity is determined by the fundamental relation E = V \times C, where E is in watt-hours, V is voltage, and C is capacity; Incat's modular systems target 1-2 MWh per installation unit to balance weight distribution across decks while maintaining structural integrity. Propulsion employs permanent magnet electric motors—such as eight units per —coupled to compact axial-flow waterjets, optimizing efficiency at speeds up to 25 knots without the noise or exhaust of diesel alternatives. Shore-charging infrastructure, featuring DC fast-charging capabilities of 2-10 MW, facilitates rapid recharging in 60-90 minutes, mitigating range limitations through port-based replenishment. These solutions overcome challenges like weight (up to 250 tonnes per ) by leveraging Incat's aluminum to preserve speed and stability. The transition's timeline reflects accelerated R&D starting in the early , with Incat's 2020-2021 publications highlighting the suitability of its wave-piercing catamarans for electric adoption amid rising demands. By 2022, partnerships with specialists like ABB initiated hybrid-electric explorations, evolving into full-electric commitments by 2023, including a pivot from LNG to batteries for key projects. Construction milestones for full-electric prototypes advanced in 2024, with equipment integration and sea trials preparing for 2025 deliveries. This shift yields substantial benefits, including complete elimination of tailpipe emissions to meet or exceed (IMO) targets for net-zero by 2050. Lightweight electric designs consume up to 40% less power than equivalent steel-hulled diesel vessels, translating to lower operational costs through reduced energy needs and maintenance. Compliance with evolving regulations, such as IMO's 30% CO2 reduction for newbuilds from 2025, further positions these systems as a strategic advantage for global operators.

Hybrid and Zero-Emission Projects

Incat has advanced its sustainability efforts through several flagship zero-emission projects, most notably the construction of Hull 096, a 130-meter battery-electric launched in May 2025 for the South American operator . As of October 2025, power-up has begun, with sea trials scheduled for later in the year. This vessel features a 40 MWh system comprising 5,016 battery modules weighing approximately 250 tonnes, enabling fully electric operation for its 90-minute service across the between , , and Colonia, , at speeds up to 30 knots. The accommodates 2,100 passengers and 225 , powered by eight electric waterjets, and represents the largest battery-electric ship built to date, with charging infrastructure developed at both ports to support zero-emission voyages. Another significant zero-emission initiative is the July 2025 contract with Danish operator for two 129-meter battery-electric ferries, designated Hulls 102 and 103, scheduled for delivery in 2027 and 2028. Each vessel incorporates a 45 MWh system to power high-speed operations over 40 knots on the route between and , carrying up to 1,483 passengers and 500 cars while achieving full electrification for short-sea crossings. These ferries form part of 's broader fleet modernization to low-emission operations by 2028, highlighting Incat's role in scaling aluminium-hulled electric propulsion for European routes. In parallel, Incat is developing hybrid diesel-battery systems for enhanced range flexibility in vessels planned for delivery between 2026 and 2028. A prime example is a 78-meter -electric under construction, set for operation in the first half of 2026, which supports fully electric, , or diesel-generator-assisted modes with an system scalable up to 12 MWh and charging capacity of 10 MW. This configuration allows for near-zero emissions on electric legs of voyages, blending power for primary with backup to extend operational reach beyond pure-electric limitations, accommodating 600 passengers at speeds up to 27 knots. These projects have yielded tangible environmental outcomes, with Incat reporting five large sustainable vessels—including full electrics and hybrids—in various stages of build by September 2025, contributing to CO2 emission reductions of up to 100% on short routes compared to traditional ferries. Such advancements are supported by key partnerships, notably with for and waterjet systems, and Energy for high-capacity battery solutions, enabling efficient and rapid charging across Incat's zero-emission fleet.

Key Deliveries and Achievements

Major Contracts and Clients

Incat has established long-term relationships with key clients in the ferry industry, most notably , a major operator serving routes between and . The company has delivered at least nine vessels to Buquebus since the 1990s, including high-speed catamarans and the groundbreaking 130-meter battery-electric ferry China Zorrilla launched in 2025, which represents the largest electric passenger vessel ever built. This partnership underscores Incat's role in supporting high-volume, cross-border transport in . Another prominent client is , Denmark's largest domestic ferry operator, which awarded Incat a landmark in July 2025 to design and build two 129-meter battery-electric ferries capable of carrying 1,483 passengers and 500 vehicles each. Valued as Tasmania's largest individual for a manufactured good, this deal highlights Incat's growing focus on sustainable maritime solutions for European operators and builds on prior collaborations dating back to the 1990s. In the , Incat expanded into through multiple contracts with and other continental operators, starting with the delivery of its first 74-meter high-speed and to a client in 1990, followed by additional wave-piercing catamarans for routes across the and beyond. These early deals, totaling around 10 vessels to various European ferry companies, established Incat's reputation for innovative, lightweight aluminum designs suited to demanding short-sea services. Incat's contracts reflect a broad geographic distribution, with exports to more than 20 countries primarily in (including the , , Denmark, and Norway), the Americas (Argentina, Uruguay, and Trinidad), Asia ( and ), and . Approximately 90% of Incat's production is exported, driven by demand from international ferry operators seeking efficient, high-capacity vessels for inter-island and coastal routes. Over time, Incat's has evolved from one-off spot contracts in the —focused on proving the viability of wave-piercing —to enduring partnerships that encompass repeat orders, customization for electric and , and integrated support services. This shift is evident in ongoing collaborations with clients like and , where initial builds have led to fleet expansions and upgrades aligned with global decarbonization goals. In the , green-focused contracts, such as those for battery-electric ferries, have accounted for a significant portion of Incat's order book, totaling hundreds of millions in value and reinforcing its position in the transition to zero-emission shipping.

Record-Breaking Vessels

Incat has pioneered several record-breaking vessels that have pushed the boundaries of high-speed design, particularly in terms of speed, size, and innovative . One of the earliest milestones was the delivery of the world's first 74-meter vehicle-carrying in 1990, named Great Britain (Hull 025), which revolutionized short-sea passenger and cargo transport by demonstrating the viability of large aluminum wave-piercing catamarans for commercial operations. Incat vessels have secured the for the fastest transatlantic crossing by a commercial passenger ship three times: in 1990 by Hoverspeed Great Britain at 36.6 knots, in 1998 by Catalonia (Hull 047) at 38.9 knots, and in 2000 by Cat-Link V (Hull 049) at 41.3 knots. These achievements highlight Incat's early leadership in high-speed maritime records. A landmark in speed came with the (Hull 069), launched in late 2012 and delivered in 2013 as a 99-meter high-speed capable of carrying 1,000 passengers and 150 vehicles. During sea trials, it achieved an average speed of 58.1 knots (107 km/h), earning the for the fastest in service and setting a benchmark for dual-fuel high-speed craft. Powered by two Energy LM2500 gas turbines rated at 22 MW each, the vessel's performance highlighted Incat's expertise in integrating advanced with lightweight aluminum construction to maximize efficiency on routes like to . In terms of size and , Incat's 096 represents the pinnacle of achievement, launched in May 2025 as the world's largest battery-electric and the largest aluminum ever built at 130 meters in length and approximately 14,000 gross tons. This vessel, designed to carry 2,100 passengers and 225 vehicles, marked a historic launch for zero-emission on a scale previously unseen. By October 2025, the first of its four massive battery rooms was energized at Incat's shipyard, paving the way for sea trials and delivery in 2026 to operator for service across the River Plate. These record-breaking vessels have significantly influenced global standards, accelerating the adoption of high-speed, designs and electric technologies that prioritize speed, , and environmental .

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