Muller-Thurgau
Grown at 33 UK vineyards · 6 regions · 18 counties
Muller-Thurgau is a white grape variety that has established itself as one of the most widely planted grapes across British vineyards, with 33 dedicated UK wineries cultivating this versatile variety throughout regions including South East, East Anglia, West, Wessex, Wales, and Mid and North England. This German-origin grape has proven remarkably well-suited to the British climate, making it a cornerstone of English viticulture and an excellent choice for those exploring UK wine production.
The grape was created in 1882 by Dr Hermann Muller from a cross between Riesling and Silvaner, combining the best qualities of both parent varieties. This genetic heritage gives Muller-Thurgau its characteristic aromatic profile and adaptability. In Britain's cooler growing conditions, the variety excels because it ripens reliably early, avoiding the challenges that later-ripening grapes can face in our marginal climate. British wine producers have embraced Muller-Thurgau for its consistent performance and ability to produce quality fruit year after year.
English Muller-Thurgau wine typically displays a light to medium body with crisp acidity and delicate fruit characteristics. The wine often presents floral aromatics reminiscent of its Riesling heritage, with notes of citrus, green apple, and subtle tropical fruits depending on the site and winemaking approach. The grape produces both refreshing still wines and contributes to sparkling English wine blends, offering versatility that appeals to diverse palates.
Of the 33 UK vineyards growing Muller-Thurgau, 14 welcome visitors for tastings and tours, providing excellent opportunities to experience this variety firsthand. Whether you are seeking a light, aromatic white wine for summer drinking or exploring the contribution Muller-Thurgau makes to English sparkling wine, these UK wineries offer tastings that showcase the grape's unique character and the skill of British winemakers in working with this variety suited to our climate.