Technology and Innovation

Twin 2,000-HP MTUs and a Redesigned Beach Club: Unpacking the New Riva Build

Evolving a highly successful hull lineage requires deliberate structural adjustments to improve spatial flow. The Ferretti Group has officially launched the first 28.8-metre Riva 96 Argo Super in La Spezia. Preparing for a September debut at the Cannes Yachting Festival, this flybridge platform introduces a completely redesigned beach club, twin 2,000-horsepower MTU engines, and a relocated day head configuration. Review how Officina Italiana Design transformed the aft deck footprint for superior liveability.

Outboard Propulsion Meets Aerospace Composites on the Marcopolo MP12

Pushing an explorer platform to 40 knots requires a distinct departure from traditional marine composites. The Aschenez group has officially entered the adventure sector with the Marcopolo MP12, a modular outboard cruiser utilizing aerospace-grade honeycomb polypropylene and carbon fiber architecture. By replacing conventional inboard layouts with triple 450-hp outboards and fold-down side terraces, the builder fundamentally alters aft deck utility. Discover the mechanical parameters driving this highly adaptable new triple-step hull.

Technology and Innovation

The 68.9-Metre Zero Hull: Vitters Launches a Fossil-Fuel-Free Superyacht

Eliminating combustion reliance on large sailing yachts demands severe structural adjustments. Vitters Shipyard has officially launched Zero, a 68.9-metre vessel engineered to operate entirely free of fossil fuels. Relying on a 700-volt DC grid, hydroelectric turbine propellers, and 100 square metres of photovoltaic thermal panels, this 494GT build can sustain two weeks of continuous autonomous cruising. Examine how Vripack and Dykstra Naval Architects executed this open-source environmental experiment.

Technology and Innovation

Shedding a Ton: How Catana Engineered the OC2 for Long-Distance Cruising

Shaving a full ton off a blue-water catamaran requires a complete overhaul of traditional interior construction. Catana has drastically altered the displacement of its new OC2 model by integrating specialized technical foams across all onboard fittings. Driven directly by three years of owner data and offshore feedback, the shipyard optimized carrying capacity without sacrificing liveaboard comfort. Discover the architectural shift defining the latest Ocean Class platform.

Technology and Innovation

Automating Wind Power: Inside the 170-Square-Metre Retractable Wisamo Mast

Operating a traditional sailboat requires intense physical coordination and crew management. Michelin aims to simplify wind propulsion with the Wisamo wingsail, an autonomous, fully retractable rig designed for both pleasure yachts and commercial merchant vessels. After extensive testing alongside French navigator Michel Desjoyeaux and the Compagnie Maritime Nantaise, the 170-square-metre automated sail is entering commercial production. Discover how this self-reefing structure reduces fuel burn while maintaining complete deck clearance.

Technology and Innovation

Sunken Lounges and Twin Helms: Decoding the Sail Plan of the Oyster 515

Operating a 54-foot bluewater cruiser shorthanded traditionally requires significant compromise in exterior living space. Oyster Yachts challenges that constraint with the newly developed Oyster 515. By integrating an entirely reimagined aft deck featuring a sunken lounge and expanded bathing platform, the British builder maximizes the entertainment footprint. Discover how Humphreys Yacht Design implemented twin helm stations and a 123-square-metre sail area to shift the capabilities of this 51,940-pound vessel.

Technology and Innovation

Scaling to 100 Megawatts: How Optimal Transit Converts Ocean Heat into Computing Capacity

The explosive growth of artificial intelligence requires massive electrical consumption, forcing the tech sector to search for viable alternatives to the overburdened terrestrial grid. Optimal Transit has introduced Kraaken, a fully self-powered maritime data center operating on a proven SWATH hull. By combining deep ocean water with internal thermal output, these mobile facilities generate their own carbon-free electricity. Discover how moving server farms offshore drastically reduces capital expenditures and avoids terrestrial restrictions.

Technology and Innovation

A 10 Percent Fuel Reduction: The Commercial Application of Rigid Wing Sails at Sea

Reducing fuel consumption on massive commercial vessels requires structural adjustments. Oceanbird has successfully completed the installation of its Wing560 on the 230-metre Wallenius Wilhelmsen car carrier Tirranna. Towering 46 metres above the deck, this tiltable rigid wing sail aims to cut emissions by up to 10 percent on optimal routes. Discover how this DNV-certified wind propulsion system performed during its recent sea trials in Rotterdam.

Technology and Innovation

Double the View: The Dual-Row Seating Redefining Center Console Layouts

Traditional center consoles force a harsh choice between driving performance and passenger shelter, often leaving guests exposed to the elements. SŌLACE Boats rejects this compromise with their 40′ 7″ flagship platform, utilizing an innovative dual-row helm and a opening glass cockpit bulkhead to alter how crowds experience rough offshore transits. The design shifts the social layout completely, creating a protected shared perspective at speed without limiting the boat’s aggressive open-air capability.

Technology and Innovation

From the Revuelto to the Water: Examining the SEABOB SE63 Performance Board

High-performance marine mobility requires translating automotive engineering into a hydro-dynamic format. CAYAGO AG has collaborated with Automobili Lamborghini to introduce the SEABOB SE63, a luxury electric water sled built for the superyacht market. Incorporating carbon fiber and titanium components, the 35-kilogram craft features a massive 162 TP of propulsive thrust and a dedicated sport mode for rapid acceleration. Discover how this zero-emission watercraft utilizes optional foil boards to achieve 35 km/h surface speeds.