Chef de Cave Edition Assortment Case
⏳ Drikkevindue
As an assortment of prestigious vintage Champagnes, these wines are built for extraordinary longevity. They can be enjoyed upon release but will continue to evolve beautifully for 15 to 30 years or more from their respective vintage dates.
🍽️ Mad & Vin-match
Fresh oysters and caviar, roasted turbot in a delicate butter sauce, and aged hard cheeses like Comté.
✨ Tekniske specifikationer
The Dom Pérignon Chef de Cave Edition Assortment Case is a tribute to the visionary spirit of the Abbey of Hautvillers, where the monk Dom Pierre Pérignon vowed to make the best wine in the world. Unlike most Champagne houses, Dom Pérignon is exclusively produced as a vintage wine, crafted from a precise, tense dialogue between Pinot Noir and Chardonnay. This special assortment case, curated by the Chef de Cave, celebrates the transformative journey of these vintages. It typically brings together different expressions of the house's legendary cuvées, showcasing how extended lees aging—known as the Plénitudes—reshapes the wine's texture, aromatic depth, and minerality. Each bottle in the collection reflects the unique climate of its harvest year, unified by the house's signature smoky reduction, vibrant acidity, and silky, creamy effervescence.
🍾 Om vinhuset / producenten
Named in honor of the 17th-century Benedictine monk who pioneered foundational sparkling winemaking techniques at the historic Abbey of Hautvillers, Dom Pérignon stands as the archetype of prestige vintage Champagne. Owned by Moët Hennessy, the house strictly produces only vintage wines, releasing cuvées exclusively in harvest years deemed truly exceptional. Crafted from a seamless blend of Chardonnay and Pinot Noir sourced from Grand Cru vineyards and the historic Premier Cru of Hautvillers, each vintage undergoes a minimum of eight years of lees aging. The signature Dom Pérignon Brut, along with its rare Rosé and extended-aging Plénitude editions, is celebrated worldwide for its immaculate balance of youthful freshness, mineral precision, and deep, autolytic complexity.