Anakota Wines Helena Dakota Vineyard Cabernet Sauvignon is made from 100 percent Cabernet Sauvignon.
Helena Dakota is defined by its power, structure and sophistication. It is an intricate Cabernet Sauvignon that reflects both the terroir of the site and the influence of the surrounding Knights Valley AVA. It possesses layers of plums, anise, cassis, leather, bay leaf and cedar. Galvanized by a streak of minerals and bold tannins. Helena Dakota is a solidly-built wine that stands the test of time.
This sloping, 12-acre vineyard runs southwest to northeast at roughly 750 feet above sea level. It features soft, reddish brown, gravelly, silt loam soils speckled with rocks. Prevailing westerly winds blow over a large pond and continue uphill parallel to the rows of vines. These cooling breezes slow the ripening process creating wines that are both powerful and balanced with red fruit flavors, notable minerality and graceful tannins. Pierre says the Cabernet from Helena Dakota remind him of Pauillac or Saint-Estèphe.
Fragrant, opulent, and complex, bursting with fresh blueberry and black currant, Crème de Violette, and subtle fresh bay leaf aromatics. The palate is luxurious and rich, perfectly balancing this wine’s firm structure.
Review:
The 2019 Cabernet Sauvignon Helena Dakota Vineyard explodes with violets, aniseed and cast iron, with a deep core of crushed blueberries and black cherries, evolving continually with each approach to the glass. The palate is stunning with its intensity and lift, pure fruits, pixelated tannins and focused acidity that drives the very long finish. Its exceptional balance and super pure flavors, plus that characteristic streak of iron that appears across the Anakota portfolio, really take the 2019 Helena Dakota to the next level.
-Wine Advocate 99 Points
The 2023 Sauvignon Blanc shows abundant aromas of Meyer lemon, passionfruit, and jasmine. In the mouth, the Semillon shows itself with a rich, deliciously textured palate with flavors of orange blossom, mandarin oranges, and a wet stone minerality