Sardinia Luxury Tax on Mediterranean Yacht Charter Vessels Abolished

Posted by admin
Every few weeks we like to glimpse into the future of sustainable yacht design. We’ve profiled designers who tout a future of green superyachts and builders who hope to lead the way with zero-carbon emission mega yacht charter vessels.
German grad student, Stefanie Behringer, is getting notice. Stefanie designed a hybrid propulsion trimaran motorboat. It is powered by diesel and electric jet skis. Behringer’s creation, if it makes it off the drawing board, would be the ultimate James Bond boat. The sleek, futuristic design is a real head-turner! The green-designed vessel is simple and efficient. A jet ski attaches to each side of the hull. While the jet skis are electric-powered, the 49 foot yacht is also powered by two Audi turbo-charged diesel engines. Audi’s concept design team assisted Behringer on the project.
The motoryacht is designed to cruise above 20 knots, with a top end of nearly 30 knots. The vessel can be operated using just the jet skis for a 100-horsepower emission-free cruise. At high speeds, the diesel engines will kick in as well as recharge the jet skis’ batteries.
Twelve passengers can move about comfortably on the deck, designed to feel like a lounge. A tinted glass panel above will shield passengers from the wind and sun.
Alas, don’t expect to see this vessel pop up anytime soon in the Mediterranean yacht charter market. Audi has not announced any plans to move the multi-hulled motoryacht beyond the concept phase. Still, innovative designs like this bode well for the future of the yachting industry and talented young designers like Stefanie Behringer.
This entry was posted in News Yacht of the Week Educational and tagged fast superyacht, 1800yachtcharters, 007, Audi, eco-friendly, James Bond, Behringer, Gadgets, Stefanie Behringer, Eastern Mediterranean yacht charter, Hybrid
Posted on
Milan Rados
How I saved 30 year ago at a fast military patrol boat about 6000
liters of gasoline per year with a clean green energy.
Univ.Prof. Milan Rados.