Sparkling dry
G.D. Vajra Moscato d’Asti DOCG 2024 – a light, gently sparkling sweet white wine from the Piedmont region of Italy, famous for its top-quality Moscato grapes. This wine is a real summer joy in a glass: low alcohol content (5.5%), natural sweetness and fresh aromatic notes.
Tasting notes: fragrant and expressive, with notes of peach, pear, orange peel, jasmine and sage. In the mouth – gently sparkling, balanced, refreshing and fruity-sweet.
Production: Made from grapes grown in vineyards with a biodynamic philosophy. G.D. Vajra winery is famous for its precision and respect for tradition. The wine is fermented at a controlled temperature in order to maintain maximum freshness of aromas.
Residual sugar content in the wine - 130 g/l.
Serve at a temperature of 7 - 9 °C with Asian cuisine dishes seasoned with curry spices, tartlets with fruit or "Panettone" cake, with fluffy desserts (meringues, ice cream with a little tea mousse).
The Vajra family has farmed Bricco delle Viole, the highest cru in Comune di Barolo, since the 1880s. At the young age of fifteen, Aldo Vajra embraced the dream to revive his family legacy. Displaying a vision and commitment belying his young age he took over the estate in 1968, turning a new page.Aldo soon acquired the first organic certification of the region (1971), created private biotype selections (selezioni massali) of Nebbiolo and Dolcetto, pioneered the renaissance of Freisa, a noble yet forgotten local grape (1980) and the cultivation of Rhine Riesling in Piemonte (1985).Today, the Vajra family continues the vineyard research focusing on the influence of soil and climate change. The winery is trail-blazing the rediscovery of Chiaretto di Nebbiolo and the wines of the 17th century – long before Barolo was created - through two limited-production wines: “N.S. della Neve” (a champagne-method rosé nature) and “Claré JC”, a partial whole-cluster fermentation of pure Nebbiolo.High elevation vineyards are a unique factor to the Vajra wines, for their ability to express finesse and remarkable complexity over power