Dellar & Friedkin Vineyard, nestled in the heart of the Napa Valley AVA, boasts 8.3 meticulously tended hillside acres of Clone 4 Cabernet Sauvignon, grafted onto the resilient 101-14 rootstock. This vineyard, established in 2002 and expanded in 2003, encapsulates a dedication to cultivating exceptional wine grapes.
The elevated location, ranging from 250 to 350 feet above sea level, presents an optimal microclimate for grape production. The varying altitudes contribute to a unique terroir that fosters the development of grapes with distinct flavor profiles, incorporating the influences of both warm sun exposure and cool breezes from the nearby San Pablo Bay.
D & F Vineyard, nestled in the heart of the Napa Valley AVA, boasts 8.3 meticulously tended hillside acres of Clone 4 Cabernet Sauvignon, grafted onto the resilient 101-14 rootstock. This vineyard, established in 2002 and expanded in 2003, encapsulates a dedication to cultivating exceptional wine grapes.
The elevated location, ranging from 250 to 350 feet above sea level, presents an optimal microclimate for grape production. The varying altitudes contribute to a unique terroir that fosters the development of grapes with distinct flavor profiles, incorporating the influences of both warm sun exposure and cool breezes from the nearby San Pablo Bay.
Positioned within the Napa Valley AVA, Dellar & Friedkin Vineyard is surrounded by the esteemed Atlas Peak, Stags Leap, and Oak Knoll Sub-AVAs. This geographical proximity to some of Napa Valley’s most renowned winegrowing regions enables the cultivation of Cabernet Sauvignon grapes with a rich tapestry of flavors, influenced by the unique characteristics of each neighboring sub-AVA.
Positioned within the Napa Valley AVA, Dellar & Friedkin Vineyard is surrounded by the esteemed Atlas Peak, Stags Leap, and Oak Knoll Sub-AVAs. This geographical proximity to some of Napa Valley’s most renowned winegrowing regions enables the cultivation of Cabernet Sauvignon grapes with a rich tapestry of flavors, influenced by the unique characteristics of each neighboring sub-AVA.