Arnaud Ente Bourgogne pinot noir 2016 AOC 0.75l

Arnaud Ente Bourgogne Pinot Noir 2016 AOC (controlled designation of origin) 0.75l is a wine born from the encounter between terroir, time, and a choice of understated and essential style, immersed in the setting of Burgundy, where viticulture is a practice of patience and attention to the fruit, and the bottle tells the story of a portion of vineyard selected by a hand that knows the passing of the seasons and the character of each plot. The Arnaud Ente house, defined by a small family production and an obsessive attention to detail, has established itself over time as a reference point for those seeking a pure interpretation of the terroir: nothing is excessive, everything is placed at the service of the purity of the fruit and a precise elegance. The production philosophy favors vineyard work oriented towards energetic maturation and biodiversity, a careful harvest, a vinification that enhances the varietal component without illusions, and an aging that moderates the influence of wood to allow the minerality and brilliance of the wine to emerge. The profile that emerges is distinctive: a reference structure, outlined by smooth tannins, a very evident savory flavor, and an aromatic texture that intertwines ripe red fruits, subtle hints of undergrowth, and a light spiciness that recalls its land of origin. The result is a Bourgogne Pinot Noir with a defined yet versatile personality, capable of pairing with mushroom dishes, white meats, and mature cheeses without losing its identity. Within the Arnaud Ente range, this 2016 offers a range of possibilities: it is not a bottle that shouts about the vintage, but a discreet and powerful presence that invites a thoughtful interpretation of the terroir and the company's winemaking choices. Ultimately, it is a choice that invites discovery of the coherence between provenance and work, offering a balanced lens on the character of Bourgogne Pinot Noir and a flavor profile that lingers over time, in line with the STELT positioning.