Sailing the oceans on vessels — whether superyachts, mega yachts, or luxury yachts ranging from 40 to 180 meters in length — is a dream for many, but a reality for few. However, if you can do it, it’s even more captivating to do so with all the comforts, including those once represented by the cinema room and the cigar room, which today have evolved into elegant and technologically advanced wine rooms. The yacht’s wine room: an elegant space with the best possible conditions for storing, displaying, and maintaining fine labels at the perfect light and temperature, whether for enjoying them while sailing, in port, or at anchor. Various shipyards, interior design architecture firms, and nautical furnishing manufacturers are dedicated to satisfying this unparalleled pleasure. In these wine rooms, the craftsmanship of unique creations combines with cutting-edge technology to achieve the highest level of excellence.

The “UbriAAco” creates a warm atmosphere and emits a pleasant hint of wine, a subtle aroma that fosters conviviality and enhances the enjoyment of being in the space. But don’t worry—we haven’t completely lost our minds from constantly talking about all things related to wine. We’re not referring to someone who has had too much to drink and won’t leave the house, causing trouble for everyone around them. “UbriAAco,” spelled with two “A”s, is a uniquely original heating fixture designed in Northeastern Italy that combines two traditional products of Made in Italy: marble and wine. Maarmo was founded in 2017 and specializes in creating designer heating fixtures. The production facility is currently located in Villotta di Chions (PN), while the research and development division is based in Vittorio Veneto (TV). Maarmo places a strong emphasis on sustainability as a core value of its entire production process. The raw material used for their radiators comes from marble dust waste, without any specific treatments or additional energy consumption. All of their heating fixtures, whether electric or hydronic, can be recycled at the end of their life cycle by removing the heating elements and regrinding the material to re-enter the production cycle. In this sense, Maarmo operates by creating circular material flows capable of regeneration.