Heysea Yachts’ Post

🌊 Shall we speak about sustainable sailing? ⛵ While sails are the iconic feature of these magnificent vessels, their reliance on wind power is complemented by modern technology to ensure a seamless and enjoyable sailing experience. 🔹 Primary Propulsion: Sails remain the primary source of propulsion, harnessing wind power to drive the yacht forward. The art of sailing lies in effectively managing the sails to maximize speed and efficiency. 🔹 Auxiliary Engines: Most sailing yachts are equipped with auxiliary engines. These engines are crucial for maneuvering in harbors, navigating calm seas, or when wind conditions are unfavorable. 🔹 Hybrid Systems: Advances in technology have introduced hybrid propulsion systems. These systems combine traditional sail power with electric or diesel engines, offering flexibility and reducing environmental impact. 🔹 Energy Efficiency: Sailing yachts are known for their energy efficiency, utilizing renewable wind energy. This not only makes for an eco-friendly voyage but also reduces fuel costs and emissions. Although these yachts cannot rely solely on sails, combining sail power with modern technology creates a form of sustainable sailing. This blend allows for eco-friendly journeys without compromising on performance or convenience. #YachtManagement #SailingYachts #MaritimeInnovation #SustainableSailing #SiriusMaritimeGroup

Norway is making waves in electric boat technology! 🚤⚡ With innovative battery solutions, the country is setting new standards for speed, sustainability, and quiet operation. One in five Norwegian boat owners is considering electric options, signalling a major shift toward greener boating. Discover how Norway is revolutionising the maritime experience in the full article below 👇 #ElectricBoats #Sustainability #NorwayInnovation #MaritimeIndustry #CleanTechnology #BoatSharing

The Future of Boating: is the X Shore 1 a Tesla on Water? Have you ever wondered what the future of maritime innovation looks like? Imagine a boat that's not just silent and sleek but also eco-friendly and affordable. Sounds too good to be true? Think again! In our latest video, we uncover the game-changing features of the X Shore 1 electric boat. Trust us, you don’t want to miss this! 🔍 What You’ll Discover: - Whisper-Quiet Operation Experience the tranquility of a boat ride without the noise. - Sustainable Design Crafted with eco-friendly materials that don’t compromise on performance. - Unmatched Value Discover why this boat is setting new standards in both innovation and price. - Advanced Charging Learn about its impressive charging capabilities that make it a breeze to own. But that's not all! We sat down with Adria Fradera, co-founder of Nauta Systems, to dive deep into the story behind this revolutionary boat and the future of electric boating. 🧐 Why Should You Watch? * Get insider insights from industry pioneers. * See the X Shore 1 in action and understand what makes it a standout. * Find out why it's dubbed the "Tesla on water." 🎥 Don’t Miss Out! Click the link in the comments to watch the full interview and see the X Shore 1 redefine the boating experience. #XShore #XShore1 #NautaSystems #oceanvolt

Title: Sailing the Seas: A Journey of Discovery and Freedom Sailing the seas, an age-old pursuit that has captivated humanity for centuries, represents the ultimate expression of freedom, adventure, and exploration. From ancient mariners navigating by the stars to modern-day sailors charting their course with GPS, the call of the sea has drawn adventurers, explorers, and dreamers to embark on voyages of discovery. In this exploration of the art of sailing, let's navigate the winds and waves to uncover the timeless allure and profound beauty of life on the open water. At its essence, sailing is about more than just navigating from point A to point B; it's about embracing the unknown and surrendering to the elemental forces of wind and water. Whether it's the thrill of harnessing the power of the wind in billowing sails or the serenity of gliding through calm seas under a starlit sky, each moment spent on the water offers a sense of freedom and connection to the natural world that is unmatched by any other experience. One of the most enchanting aspects of sailing is its ability to foster a deep sense of camaraderie and community among sailors. Whether it's working together to hoist sails, navigate treacherous waters, or weather a storm, the bonds forged at sea are unlike any other. In the close quarters of a sailboat, crew members learn to trust, communicate, and rely on one another, forming friendships that can last a lifetime. Moreover, sailing offers a unique perspective on the world, allowing sailors to explore remote islands, hidden coves, and exotic ports of call that are inaccessible by land. From the rugged coastlines of Norway to the tropical paradise of the Caribbean, each destination offers its own unique charm and allure. Whether it's exploring ancient ruins, sampling local cuisine, or immersing oneself in the vibrant culture of a foreign land, sailing opens up a world of possibilities for exploration and discovery. In addition to its personal benefits, sailing also offers a profound connection to the natural world and a sense of stewardship for the environment. Unlike other forms of travel that rely on fossil fuels and infrastructure, sailing harnesses the power of renewable energy and leaves minimal impact on the environment. By sailing in harmony with the wind and tides, sailors can experience a deeper connection to the ocean and gain a newfound appreciation for the delicate balance of life on Earth. . In conclusion, sailing the seas is more than just a hobby or pastime; it's a transformative journey that offers a unique blend of adventure, discovery, and self-discovery. From the thrill of riding the waves to the camaraderie of sharing the journey with fellow sailors, each moment spent on the water is a reminder of the boundless beauty and possibility of life on the open sea. So let us hoist our sails, chart our course, and embark on a voyage of discovery that will leave an indelible mark on our hearts Debmalya Bhattacharjee

Although this shows the potential of electric boating for some, this also shows the consumption of energy needed for such speeds. Our highly efficient electric daytenders make only a limited speed of around 4,5NM/h, which is above maximum for our Dutch inland waterways, but doing so we can make 27 nautical miles with one 4kWh battery. The 6 times higher speed consumes, in this example 27 times the amount of energy needed. I highly respect and appreciate the potential of this technology but if we really care about the environment we should focus on efficiency and behaviour first and performance second. https://lnkd.in/e-g4h_Tz

Perhaps too silly for LinkedIn, but it's the weekend... Solar electric yachts are like the introverts of the motor boating world – silently soaking up the sun's rays while everyone else is making noise with their engines. #electricyacht #yachtelectrification #cleanenergyboats #sustainableyachting #electricboating #greenyachts #electrichybridyachts #yachtinnovation #renewableenergyyachts #electricpropulsion #zeroemissionyachts #ecofriendlyyachts #electricmarine #yachtingfuture #environmentallyfriendlyyachts #electricboattechnology #batterypoweredyachts #emissionfreeboating #electricyachting #yachtingindustry #marineelectric #electricvessels #electricboatdesign #yachtlifestyle #sustainableboating #electricboatrevolution #greenboating #yachtengineering #electricmarinepropulsion #cleanboating

Great news for a fast and coordinated move towards a cleaner, greener future for electric marine transportation 💪 Thanks to the nine leading national electric marine associations from around the world that signed the manifesto. By aligning efforts and resources, the signatories have set out their intention to accelerate the adoption of electric propulsion and sustainable technologies, influencing international policies and standards along the way and that will help to accelrate the transition to sustainable marine 🌿 IEMA Electric Boat Association of Canada Norsk elbåtforening Electric Boat Association of Greece | EBA Greece| Swiss Association for Zero Emission Boat AFBE - Association Francaise pour le Bateau Electrique ANBE - Asociación Nacional de Barcos Eléctricos

RS Electric Boats Pulse 63 Peter Donaldson explores a new generation rigid hull inflatable boat that obtains benchmark performance from electrical energy   While sailing is emissions free, the IC-engined boats that regularly support sailing events and training operations tarnish that clean image somewhat. This led the principals at RS Sailing, now part of the RS Marine Group, to begin development of an electrical Rigid Hull Inflatable Boat (RHIB) in 2018, incorporating a new company, RS Electric Boats. The resulting Pulse 63 is now operational in its intended role as a sailing coach boat and is also offered as a work boat, a leisure boat and a superyacht tender. Cathedral hull Alex Newton-Southon, co-CEO at the RS Marine Group, explains that the Pulse 63 is a clean-sheet design, with the rigid part of the hull optimised for electric propulsion. This means prioritising the reduction of hydrodynamic drag at the boat’s intended operating speeds and accommodating a large battery pack without compromising stability or space on board. The basic hull form is of the ‘cathedral’ type. A cathedral hull has three distinct elements that include a central V-shaped main portion with a slimmer, shorter sponson on either side, forming a tunnel between each sponson and the central portion. As with all RHIBs, the entire hull structure is rigid, while extra buoyancy is provided by air tubes inflated to high pressure that effectively form the gunwale. This is a ‘planing hull’ meaning it is more efficient and easier to get up on the plane compared to a comparable flat-bottomed hull. This design also significantly reduces the slamming action to which flat hulls are prone while also tracking better, characteristics that respectively improve ride quality in rough water and reduce steering workload. Cathedral hulls are known for good combination of speed, manoeuvrability and ride quality, as well as energy efficiency, with the V-shaped central hull portion reducing drag at higher speeds. Cathedral hulls also offer high initial stability as well as good secondary stability. Initial stability refers to the vessel’s ability to resist tipping or rolling when it is in a static, level position on calm water; effectively when it is not subjected to external forces, such as waves or wind. This is important because it affects the comfort and safety of passengers and crew, particularly during boarding, or while fishing, or other on-deck activities when the boat is at rest. Click to read the full article ▶ https://lnkd.in/eUrgjE6g #electricboats #electricmarine #marineengineering #electricvehicles #marine

The Evolution of Sailing Sailing, a practice as ancient as civilization itself, has been a cornerstone of human exploration, trade, and cultural exchange. From the early days of rafts and simple boats powered by manpower, to the sophisticated sailing ships that navigated the globe, sailing has been instrumental in shaping logistics, economies, and global interactions. The evolution of sailing reflects humanity’s relentless pursuit of efficiency, speed, and understanding of the natural world. The historical significance of sailing in logistics cannot be overstated. The Age of Sail, spanning from the 16th to the mid-19th century, was a period marked by the dominance of wind-powered ships in maritime commerce and warfare. This era saw the development of the global trade network, with sailing ships transporting goods, people, and ideas across vast oceans. The design and construction of vessels evolved to meet the demands of longer voyages, leading to significant improvements in navigation, shipbuilding, and maritime logistics. Sailing ships enabled the first true global marketplace, facilitating the exchange of commodities like spices, silk, and tea, which were previously inaccessible to distant markets. In the realm of competitive sailing and yachting, the quest for speed and efficiency led to significant technological progress. The introduction of hydrofoils and wingsails are prime examples of how sailing has transitioned into a high-performance sport. Hydrofoils, which lift a boat’s hull out of the water to reduce drag, and wingsails providing a more efficient means of propulsion than traditional sails, have revolutionized sailing. These innovations not only enhanced competitive sailing but also demonstrated potential applications in commercial and recreational maritime industries. The application of hydrofoil technology and wingsails could lead to the design of cargo ships and passenger vessels that are not only faster but also significantly more fuel-efficient and less reliant on fossil fuels. This aligns with the growing emphasis on sustainable practices within the industry, aiming to mitigate environmental impacts while maintaining economic viability. Combined with recyclable materials, this has the potential to close the loop and work towards true sustainability. We’re excited to contribute to that development and play a small part in this major industry shift towards more sustainable and efficient technologies! #impetussailingteam #EngineeringMaritimeCircularity #insights #sailing

VESSEL REVIEW: Norwegian boat builder Brødrene Aa recently delivered a new catamaran sightseeing vessel ordered by tour operator Brim Explorer. Named 'Bard', the 26-metre (85-foot) vessel was designed jointly by Hareide Design Mill and Wave Propulsion to be capable of transporting 146 passengers. 'Bard' is also the first vessel in the owner’s fleet built with cabins and a rest area specifically for use by the crew. This will ensure crew comfort on long voyages between the Norwegian mainland and the Svalbard archipelago, in addition to serving as additional lodging during crew changes. With the change of the propulsion setup from a parallel hybrid on Brim Explorer’s previous vessel to a serial hybrid with a direct drive propulsion on 'Bard', the energy efficiency of the propulsion increased significantly, leading to a reduction in fuel consumption of as much as 30 per cent. When operating in hybrid mode, excess heat from the diesel engines is used to help make the saloons’ onboard environment. Full article link in comments.