Vincent Couche, Élégance Brut, NV

$73.50

Vincent Couche is one of Champagne’s leading biodynamic grower-producers, based in the Côte des Bar in the Aube. Farming organically since the late 1990s and certified biodynamic by Demeter, the estate is known for low-intervention Champagnes that emphasize purity, texture, and terroir expression. Élégance Brut is produced primarily from Pinot Noir with a smaller portion of Chardonnay, combining reserve wines and extended lees aging to build depth while maintaining freshness and precision.

Open and immediately inviting, the wine offers notes of pear, golden apple, raspberry, citrus peel, and brioche alongside chalky mineral tones. The palate is energetic yet rounded, with fine bubbles, bright acidity, and a long, saline finish. Fresh and textured, it delivers both early appeal and the depth that defines thoughtful grower Champagne.

Varietal: Pinot Noir, Chardonnay
Appellation: Champagne, France
Farming: Certified biodynamic; low-intervention
Style: Sparkling. Fresh, textured, and mineral-driven

Vincent Couche is one of Champagne’s leading biodynamic grower-producers, based in the Côte des Bar in the Aube. Farming organically since the late 1990s and certified biodynamic by Demeter, the estate is known for low-intervention Champagnes that emphasize purity, texture, and terroir expression. Élégance Brut is produced primarily from Pinot Noir with a smaller portion of Chardonnay, combining reserve wines and extended lees aging to build depth while maintaining freshness and precision.

Open and immediately inviting, the wine offers notes of pear, golden apple, raspberry, citrus peel, and brioche alongside chalky mineral tones. The palate is energetic yet rounded, with fine bubbles, bright acidity, and a long, saline finish. Fresh and textured, it delivers both early appeal and the depth that defines thoughtful grower Champagne.

Varietal: Pinot Noir, Chardonnay
Appellation: Champagne, France
Farming: Certified biodynamic; low-intervention
Style: Sparkling. Fresh, textured, and mineral-driven