ProZero International, a workboat supplier in the Danish Tuco Marine Group, has been appointed as the exclusive distributor of the innovative American “Swamp Shark Drives propulsion systems” across Europe, West Africa, Kenya, and additional regions. This partnership brings a revolutionary solution to the maritime industry, particularly for operators in challenging environments such as mangrove areas, shallow waters, and debris-filled rivers. https://www.youtube.com/watch?v=bdqOUojmEq0 Transforming Marine Propulsion The Swamp Shark Drive is an advanced surface drive system engineered for seemless performance in demanding conditions. Its robust construction and design delivers reliability and power where conventional propulsion systems fail. Unlike traditional outboard motors or sterndrive systems, which are highly susceptible to damage from submerged obstacles such as logs, rocks, sandbanks, and even ice chunks, the Swamp Shark Drive is built to absorb impacts without compromising the gearbox or propulsion integrity. This means vessels can operate in environments where conventional drives would be torn apart—whether navigating through storm debris, dense vegetation, or shallow waters with unpredictable underwater hazards. This system enables operators to reach remote or otherwise inaccessible areas with confidence, making it ideal for industries such as commercial fishing, defense, and exploration. “We are incredibly proud to partner with Swamp Shark Drives as their exclusive distributor in these key regions,” said Jonas Pedersen, Managing Director of ProZero International. “Swamp Shark Drives’ proven performance ensures operators in mangrove and riverine areas can achieve optimal functionality and reliability and the product aligns well with our commitment to provide best-in-class solutions for all our clients. We are very happy to bring this innovative technology to our customers across these key regions.” About ProZero International ProZero International is a trusted leader in the maritime industry, specializing in designing, manufacturing, and distributing advanced marine vessels such as high-speed workboats, patrol boats, and rescue crafts. With a strong focus on innovative hull designs, lightweight materials, and sustainable propulsion systems, ProZero International delivers tailored solutions for clients in sectors ranging from commercial shipping and defense to emergency services and offshore wind operations. About Swamp Shark Drives Swamp Shark Drives is a pioneering company dedicated to developing robust and efficient propulsion systems for challenging marine environments. Known for their exceptional engineering and performance, Swamp Shark Drives products are trusted by professionals worldwide. For more information about ProZero International and Swamp Shark Drives, please visit www.prozero.dk/drives/ and www.swampsharkdrives.com
Introducing the ProZero 15m Passenger Workboat
Before Christmas, we shared the news about delivering a new 15m ProZero passenger boat to Metro-Opus. Now, we’re thrilled to present a short film that showcases this fantastic vessel in action! We want to take a moment to recognize the good work done by our team at Tuco Marine ApS – ProZero Workboats — not only in crafting a beautifully functional boat tailored to the clients needs but also in creating such a stunning and engaging film to bring this project to life. This is a fantastic example of teamwork, innovation, and dedication, and it’s always rewarding to see these efforts culminate in a successful delivery. A state-of-the-art vessel designed for efficient and versatile operations. This lightweight workboat combines advanced design and construction techniques to deliver outstanding performance, fuel efficiency, and environmental sustainability. https://www.youtube.com/watch?v=oWEJZ_XOVkA&t=6s Key Features: Construction and Material Expertise: Utilizing cutting-edge vacuum technology and composite materials, the ProZero 15m Passenger Workboat offers exceptional strength, durability, and cost-efficiency. Robust and Sea-Worthy Design: Meticulously designed to withstand challenging conditions, this workboat features a one-shot molded hull shell and a professional paint scheme for both durability and aesthetic appeal. Flexible and Functional Deck Layout: The optimized deck layout provides ample space, easy access, and enhanced crew comfort. Optional features can be added to comply with passenger transport regulations. Reliable Mechanical and Propulsion Systems: Equipped with a twin Volvo Penta IPS installation, the workboat offers reliable and efficient propulsion, with intuitive controls and monitoring systems. Advanced Systems and Equipment: The workboat’s fuel system ensures maximum safety, while the bilge system includes comprehensive monitoring and maintenance features. Built for Longevity and Compliance: Designed for a minimum service life of 20 years, the vessel meets rigorous build codes and standards, ensuring craftsmanship and performance of the highest standards. Experience the ProZero 15m Passenger Workboat and revolutionize your workboat fleet. Contact us today to learn more about this cutting-edge vessel. ProZero International is your trusted partner for innovative maritime solutions.
Introducing the ProZero 15m Research Workboat
15m ProZero Research Workboat Delivered to Nord universitet. We are proud to share that we at Tuco Marine ApS – ProZero Workboats have delivered a new 15-meter ProZero research workboat to Nord universitet! This vessel is designed to support the university’s marine research efforts, providing essential workspace and tools for students and researchers in their studies of ocean and environmental science. It’s exciting to see this vessel come to operation, as we’re dedicated to creating innovative solutions for the future of marine research. The 15m ProZero Research Workboat is an advanced maritime solution designed for versatility and efficiency in various marine applications. It is constructed using high-quality composite materials, ensuring durability and longevity while meeting regulatory standards. The vessel incorporates robust features that enhance its functionality and provide protection. The workboat is equipped with large fender lists, specifically designed for docking and mooring operations, ensuring safe and secure maneuvers. Its interior and exterior are carefully configured to meet specific needs, accommodating equipment such as winches and cranes for handling water and seabed samples. The layout of the vessel is optimized to ensure the best possible workflow, even with the presence of students on board. It offers ample space and flexibility, allowing for efficient movement and utilization of equipment and resources. The ProZero 15m Research Workboat represents a reliable and capable platform for research and academic endeavors. Its advanced design and construction materials contribute to its durability and performance in demanding marine environments. The vessel is designed to meet the specific requirements of Nord University, supporting their research efforts and providing students with top-notch facilities. Overall, the ProZero 15m Research Workboat is a technologically advanced and well-equipped vessel that enables high-quality teaching and research activities. Its versatility, robust features, and optimized layout make it a valuable asset for Nord University’s marine infrastructure, supporting their commitment to academic excellence and technological advancement in the blue sector. https://www.youtube.com/watch?v=WtQLjBEyuX4
Introducing the ProZero 13,5m Arctic Workboat
Albatros Arctic Circle Receives New Vessel from ProZero – Workboats for Adventurous Day Trips in Greenland. Albatros Arctic Circle ApS has just received a brand new ProZero 13.5m Arctic Workboat from Tuco Marine ApS – ProZero Workboats. This vessel, built on the proven ProZero hull concept, is specially designed to operate in the cold Greenlandic waters and is approved by the Danish Maritime Authority to transport up to 12 passengers according to the specific sailing regulations for Greenland. The new boat is tailored for day trips and whale watching, offering high comfort and excellent opportunities for social activities in the cabin. On the roof of the cabin, there is a lookout post where guests can experience the impressive Greenlandic nature from an elevated position. At the handover, Rasmus Troelsen, skipper at Albatros Arctic Circle ApS, and Alexander Feirup, production manager at Tuco Marine in Faaborg, participated, marking the seamless handover with a handshake after inspection and test sailing at the shipyard in Faaborg. https://www.youtube.com/watch?v=hnxyBoibEgw&t=1s The ProZero 13.5m Arctic Workboat maintains the core principles of our ProZero workboat concept, delivering cutting-edge technology and functional design. Despite its smaller size, it offers unparalleled comfort and performance, accommodating up to 12 passengers along with a helmsman and crew members in an environment optimized for comfort and safety. The hull design of the 13.5m Arctic Workboat is a marvel of engineering, combining low resistance for enhanced fuel efficiency with superior stability for a smooth ride even in rough seas. The dual Z-drives and deep V-hull configuration ensure that the vessel performs reliably in all weather conditions, guaranteeing swift and effective transportation. The ProZero 13.5m Arctic Workboat can be equipped with an array of advanced features, including heated windows, a satellite compass, and specialized tank systems. Additional optional enhancements such as heated railings, upgraded interior heating systems, and roof rails for equipment attachment further enhance the vessel’s versatility and adaptability to various operational needs. The ProZero 13.5m Arctic Workboat is more than just a smaller version of our flagship vessel; it is a testament to our commitment to innovation, quality, and the unique demands of Arctic navigation. This vessel is poised to set new standards in Arctic maritime operations, providing reliable and efficient service for years to come.
Introducing the newest ProZero 7,5m RHIB Boat
As many of you know, we have very high activity on Unmanned Surface Vessels (USVs) and Defence and Security projects within our ProZero USV series. However, We are thrilled to share that we continue to design and deliver exceptional manned vessels as well. Today, We are proud to introduce the newest addition to our ProZero series – the ProZero 7.5m RHIB. This video showcases the capabilities of this impressive vessel The ProZero 7.5m RHIB boasts an extra beam, offering more deck space and unparalleled power with an option for two engines. It’s meticulously designed for high-speed SAR, security, and patrol missions in both coastal and offshore waters.Key features include:– Spacious Deck: Enhanced storage space and a 360° walk-around deck with optional extra seating and stretcher positions.– Superior Comfort: Shock mitigating helmsman seats and a full-sized T-top for protection from the elements.– High-Performance Hull: Non-stepped, variable deadrise deep V-bottom hull for excellent ride quality and safety in even the most agitated sea states.– Versatile Layout: Adjustable deck that can transform into mission-specific environments with cargo rails, seating arrangements, and weapon mounts. At Tuco Marine, we are dedicated to advancing maritime technology while ensuring the highest standards of performance and safety. Whether manned or unmanned, our vessels are built to exceed expectations. https://www.youtube.com/watch?v=Hn0k4EhnCR8
Enhancing Offshore Efficiency and Security with Unmanned Surface Vessels
The maritime industry is continually seeking innovative solutions to enhance the efficiency and security of offshore operations. One such solution that has been gaining significant attention is the use of Unmanned Surface Vessels. These advanced vessels have the potential to revolutionize offshore data collection and monitoring, providing numerous benefits to both commercial and security sectors. Boosting Efficiency in Offshore Data Collection USVs can be equipped with cutting-edge technology that allows for precise and comprehensive data collection in offshore environments. Traditional methods of data collection often involve manned vessels, which can be costly, time-consuming, and sometimes hazardous. USVs, on the other hand, can operate continuously without the need for onboard crew, significantly reducing operational costs and minimizing risks to human life. These vessels can be deployed to collect a wide range of data, including environmental monitoring, hydrographic surveys, and seabed mapping. Their ability to operate in harsh and remote environments makes them ideal for collecting high-quality data in areas that are otherwise difficult to access. Additionally, USVs can be equipped with various sensors and instruments, enabling them to gather detailed and accurate data essential for research and operational planning. Enhancing Surveillance and Security In addition to data collection, USVs offer substantial benefits for offshore surveillance and security. They can be utilized to monitor offshore installations, such as oil rigs and wind farms, providing real-time information on potential threats and ensuring the safety of these critical infrastructures. With the ability to patrol large areas autonomously, USVs can detect unauthorized vessels, monitor marine traffic, and even assist in search and rescue operations. The integration of advanced technologies such as radar, sonar, and optical sensors allows USVs to perform comprehensive surveillance tasks. They can operate in conjunction with other maritime assets, creating a robust network of security measures that enhance the overall safety and security of offshore environments. Remote-Controlled vs. Autonomous Operations While the concept of fully autonomous USVs is an exciting prospect, it is important to note that many current USVs are operated remotely rather than autonomously. These remote-controlled vessels are managed by operators who guide their missions from onshore control centers. Despite this, the potential for autonomous operation is significant, and advancements in artificial intelligence and machine learning are continually pushing the boundaries of what USVs can achieve. Remote-controlled USVs still offer considerable advantages. They provide flexibility and control to operators, allowing for real-time decision-making and adjustments during missions. As technology evolves, the transition to fully autonomous USVs will likely become more feasible, opening up even greater possibilities for their application. Commercial Opportunities The commercial potential for USVs is vast, spanning various industries and applications. In the private sector, USVs can be employed for tasks such as environmental monitoring, underwater inspections, and resource exploration. Their ability to provide cost-effective and efficient data collection solutions makes them an attractive option for businesses looking to optimize their offshore operations. In the security and military domains, USVs offer strategic advantages for maritime defense and surveillance. They can be deployed to monitor territorial waters, protect critical infrastructures, and support naval operations. The ability to operate without risking human lives makes USVs an invaluable asset in potentially dangerous scenarios. Conclusion Unmanned Surface Vessels represent a transformative technology in the maritime industry, offering significant enhancements in offshore data collection, surveillance, and security. While many USVs today are operated remotely, the future holds exciting prospects for fully autonomous operations. The commercial and security opportunities presented by USVs are vast, making them a pivotal element in the advancement of offshore operations. As technology continues to evolve, USVs will undoubtedly play an increasingly important role in shaping the future of maritime activities. – Contact us at Tuco Marine / ProZero Workboats to learn more of our range of Unmanned Surface Vessels.
Refest EU Project (Reducing Emissions in Fisheries through Scalable Technologies)
Tuco Marine ApS – ProZero Workboats are these days at Klaipeda University Marine Research Institute for the kick-off meeting of our new EU project, REFEST EU Project REFEST EU Project (Reducing Emissions in Fisheries through Scalable Technologies) is dedicated to implementing the most promising scalable technologies with low CAPEX, designed to enhance smaller fishing vessels. These technologies focus on improving hydrodynamics, electrical power management, solar electricity generation and innovative propulsion, sensoring and digitalization, hull appendages, and air lubrication. The project aim is to achieve TRL6, targeting up to a 40% reduction in fuel consumption and GHG emissions compared to the original designs. The solutions will be suitable for a broad range of small fishing vessels, characterized by low CAPEX and OPEX requirements, significantly reducing payback time. The consortium aims ensure the scalability of these solutions post-project implementation till 2029. Key innovations include: – Innovative hull designs using bulbs and spray rails to enhance hydrodynamics and minimize friction and noise– Recyclable thermoplastic composites for maritime applications– Air lubrication systems– Integration of multi-functional optical fiber sensors for hull monitoring– Hybrid propulsion systems with RIM drive solutions– Optimized battery packs for cold weather with high recyclability– Advanced BMS, EMS, and PMS for energy management– Cloud-based eco-driving software– Lightweight and flexible silicon PV panels We are excited about the retrofit demonstrations on these smaller workboats in the North Sea (Denmark & Norway) and the Baltic Sea (Lithuania). A big thank you to all our partner organisations for their commitment and collaboration:Klaipėdos universitetas AIMPLAS · Instituto Tecnológico del Plástico RISE Research Institutes of Sweden National Marine Fisheries Research Institute@NextHorizon BlueNav EAS Batteries GmbH @CALCULO Y ESTRUCTURAS SENSADAS SL RINA Consulting – Centro Sviluppo Materiali ENCO Engineering and Consulting srl Klaipeda University Marine Research InstituteTuco Marine ApS – ProZero Workboats @Lietuvos Žuvininkystės Produktų Gamintojų Asociacija @Gemi Boats Scandinavia AS Looking forward to the innovative and sustainable solutions we will bring to the workboat industry together! This project has received funding from the European Union’s Horizon Europe Research and Innovation Programme under Grant Agreement No. 101157663. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the CINEA – European Climate, Infrastructure and Environment Executive Agency (CINEA). Neither the European Union nor the granting authority can be held responsible for them.
Succesful weekend at the NATO 75 / Action 24 Exhibition
We’re grateful for the enriching experience and very valuable connections made at the Nato 75 / Action 24 exhibition. It’s been a privilege to showcase Tuco Marine’s ProZero – Defense & Law Enforcement Boats amidst this gathering of industry professionals and enthusiasts. Our team is ready to engage and share insights into our autonomy solutions and fast boats for naval defense, offshore professionals, and ocean business. The interactions and discussions have been invaluable, reaffirming our commitment to advancing maritime technology.For those who have visited our booth and attended our presentations, thank you for your interest and support. Experience the future of maritime innovation firsthand and explore the possibilities of unmanned surface vessels.As we continue through the final day of the exhibition, we extend our best wishes to all participants and organizers Folk & Sikkerhed incl. chairman Torben Ørting Jørgensen . Let’s make the most of this opportunity for learning and collaboration.Thank you to everyone who has contributed to making NATO 75 years – Action 24 a memorable event.
Unmanned Surface Vehicles Redefining Naval Operations
In a rapidly evolving maritime landscape, the demand for innovative solutions to address pressing security challenges has never been more pronounced. Recent insights from a Verdict poll shed light on the paramount importance of Intelligence Surveillance and Recognition (ISR) missions for Unmanned Surface Vehicles, capturing the attention of global navies and defense entities alike. The poll’s revelation that 40% of respondents prioritize ISR underscores the critical role USVs can play in bolstering situational awareness and reconnaissance capabilities across naval operations. This resonates with a broader trend observed in the military unmanned vehicles sector, where USVs are increasingly recognized for their cost-effectiveness and reliability. The versatility of USVs extends far beyond ISR, encompassing domains such as Anti-Submarine Warfare (ASW), Mine Countermeasures (MCM), and hydrographic surveys. Their modular design and payload capacities not only optimize costs but also mitigate human risks, particularly in high-stakes operations like MCM and ASW. As navies worldwide seek to modernize their fleets and adapt to evolving threats, the demand for USVs continues to surge. The US Navy’s strategic shift towards a distributed fleet architecture underscores the pivotal role unmanned platforms will play in future naval operations. The market potential for USVs is vast, with applications spanning defense, security, maritime research, and beyond. By harnessing USV capabilities, stakeholders can unlock new opportunities for efficiency, resilience, and security in maritime environments. In this dynamic landscape, collaboration and innovation are paramount. Companies and organizations across the globe are actively exploring the possibilities offered by USVs, driving advancements in technology and operational capabilities. As we navigate this transformative era in naval warfare, the spotlight remains firmly on the potential of USVs to reshape the future of maritime operations. By embracing innovation and harnessing the capabilities of unmanned platforms, we can meet the evolving needs of security and defense in the 21st century. From Tuco Marine ApS – ProZero Workboats We are more than ready to take active part in this journey. Contact us to learn more of our range of unmanned surface vessels.
DIGI4ECO Project: A New Era in Marine Ecosystem Management
DIGI4ECO Project: A New Era in Marine Ecosystem Management We are proud to be part of the groundbreaking DIGI4ECO initiative, which is set to revolutionize the management and restoration of marine ecosystems and biodiversity. This ambitious project leverages cutting-edge digital innovations to unlock new insights and advancements in how we understand and protect our vital marine environments. DIGI4ECO focuses on several key objectives:- Unlocking Sleeping Data: Developing advanced tools to access and process data from diverse sources.- Boosting Data Harmonization: Establishing standards and best practices for a cohesive data ecosystem.- Creating Virtual Ecological Monitoring: Integrating robotic networks with virtual infrastructure to set the stage for future Distributed Twin Observatories.- Activating Demo-Missions: Demonstrating the power of combining robotic monitoring data with spatio-temporal modelling.- Standardizing Data Collection: Setting standards for efficient and real-time data collection in marine areas.- Expanding Data Capacity: Enhancing the ability to acquire, store, and process high-frequency biological and environmental data.- Ensuring Data Security: Prioritizing secure and reliable data flows.Our role in this project is to deliver an advanced Unmanned Surface Vessel (USV) that will be instrumental in the data collection and monitoring phases of DIGI4ECO.I invite you to follow the progress of this transformative project by visiting the DIGI4ECO website and following the project on social media. Visit the website: [https://lnkd.in/dNfxyNzQ)Follow DIGI4ECO on social media:- [Facebook](https://lnkd.in/dMDNsRE8)- [LinkedIn](https://lnkd.in/dczABNpQ)- [Twitter](https://x.com/DIGI4ECO) Partners in the DIGI4ECO are; Institut de Ciències del Mar – CSIC, Coronis Computing S.L. , Università Politecnica delle Marche , Atlantic Technological University , Tuco Marine ApS – ProZero Workboats , Universitat Politècnica de Catalunya , University of Nicosia , ESI Ltd. Engitec Systems International Ltd. , GEOMAR Helmholtz-Zentrum für Ozeanforschung Kiel , University of Gothenburg , Graal Tech Srl , Stazione Zoologica Anton Dohrn , Spartan Space , Space Applications Services NV/SA , National Center for Scientific Research “Demokritos” , Robust Systems Engineering SCC Ltd , Marine Institute , STRATAGEM Ltd. The DIGI4ECO project, are funded by the European Commission under the Horizon Europe Framework Programme, as part of the call “Actions for the implementation of the Mission Restore our ocean and waters by 2030 (HORIZON-MISS-2022-OCEAN-01)”. This project falls under the category of Innovation Actions, with the full title being “Digital Twin-sustained 4D ecological monitoring of restoration in fishery depleted areas”. The consortium comprises 18 partners from 10 countries.