Frederic Savart Mont Benoit Premier Cru 2020 AOC 0.75l

Frederic Savart Mont Benoit Premier Cru 2020 AOC 0.75l is a wine recognized for its coherence between terroir, craftsmanship, and restrained expression: a Champagne from the Champagne region of France, crafted with a sensitivity to the pursuit of purity, born in the heart of Mont Benoit, a Premier Cru village where the land and the vineyard tell a story of patience and method. The producer's story begins with an individual who chose to be independent, favoring a balance between tradition and innovation: a journey that has developed a careful, non-invasive work philosophy, capable of enhancing each parcel and offering the market a range distinguished by elegance and consistency. The production approach is based on observation of nature and the use of practices that respect the soil, with fermentations that stimulate complexity without resorting to forced interventions; Secondary fermentation in the bottle follows established methods, yet is always tempered by an expert hand, capable of guiding micro-oxygenation and maintaining a freshness that supports the aromatic profile. Among the distinguishing features of Mont Benoit Premier Cru compared to other similar wines is the tension born from exposure and soil: a pronounced minerality, a distinct savory character, and a fullness that doesn't weigh down, offering a silky perlage and a structure that supports complex food pairings. The aromatic notes evolve as the wine matures, combining white fruit, a hint of floral aromas, and a subtle hint of yeast that remains present without dominating. On the palate, the wine stands out for its controlled dryness, clean acidity, and a lingering finish that invites another sip. Within the Frederic Savart range, Mont Benoit Premier Cru 2020 occupies a key position, as an interpreter of the company's signature and as a reference for those who desire a Champagne characterized by precision, purity and a memorable sensory experience, qualities that fully align with the STELT positioning.