Champagne Franck Pascal
Blanc Confiance

The Côteaux Champenois Blanc by Franck Pascal is a still white wine produced in the Champagne region by a vigneron renowned for his biodynamic and natural approach to viticulture. This white wine is composed mainly of Meunier (68%), with the addition of 22% Pinot Noir and 10% Chardonnay grapes cultivated in the vineyards of the Vallée de la Marne, an area characterised by a chalky and mineral terroir, which gives the wine its distinctive freshness and complexity. The wine matured for about 3 years before bottling in June 2023 and is produced in a limited edition.

To the eye, the Côteaux Champenois Blanc is straw yellow with golden highlights. The bouquet is refined and complex, with notes of white fruit such as pear and apple, accompanied by citrus, floral and mineral nuances. On the palate, it is fresh and lively, with a marked mineral tension that reflects the terroir from which it comes. The taste is rich in ripe fruit, balanced by lively acidity and a creamy texture. The finish is long and leaves a pleasant mineral persistence.

This wine represents an authentic and refined interpretation of the Champagne terroir, with no bubbles, but with the same precision and elegance that characterises Franck Pascal's style. It is perfect for those wishing to explore the lesser-known side of the Champagne region and ideal paired with fish, seafood or white meat dishes.

Champagne Franck Pascal

Franck Pascal is a Vigneron embracing the rules of the biodynamics, certified Ecocert since 2002, even if he hasn't been using chemicals in its vineyards since 1994. Frank Pascal has a single goal for his job: to reach an energy balance between nature and man, so that the latter doen not influence too much the former. He owns less thant 4 hectares, producing 70% Meunier, 27% Pinot Noir and 3% Chardonnay. Small parcels over 7 different villages in Vallée de la Marne, managed by the cave Baslieux-sous-Châtillon, where wood find a very low usage during vinification, in order to exalt the terroir and ist unique features.