Unfiltered Chardonnay is the Newton signature: Elegant and precise, excellent balance between freshness, complexity, richness and structure. Inspired by the greatest Chardonnays from Burgundy, this wine made history in the Napa Valley as the first to have “Unfiltered” on its label and is now one of the most renowned Chardonnays of the region.
The Newton Single Vineyard Spring Mountain is concentrated, pronounced and subtly mineral. It is typically deeply complex with aromatic high notes complementing the richly textured and layered palate. This wine can be kept for the next generation and will age with grace for 20-25 years.
The Newton Single Vineyard Yountville is full-bodied, and displays dark fruits and velvety tannins. It represents classic Napa Cabernet with rich, bold and round flavors. This wine can be kept for the next generation and will age with grace for 20-25 years.
The Newton Single Vineyard Mount Veeder is powerful, mineral-driven and intensely concentrated. It will reveal itself slowly over time, can be kept for the next generation and will age with grace for 20-25 years.
Newton Unfiltered Cabernet Sauvignon is the first Newton wine and the incarnation of Peter Newton’s dream to bring the French winemaking style to Napa. Initially crafted from the Spring Mountain Vineyard, today Newton Unfiltered Cabernet Sauvignon is a powerful blend from Newton’s 3 different Cabernet vineyards in Napa (Spring Mountain, Yountville and Mt. Veeder), with a true Napa Valley Cabernet Sauvignon expression due to the blend of mountain and valley fruit, with a rich and complex structure.
Newton’s iconic red Bordeaux blend, exemplifies the drive to stand apart. Individual microblocks on the Spring Mountain estates, 112 in all, are picked at the point of optimal flavor development, hand-sorted, and vinified separately.
The aromas of this delectable Merlot are redolent of ripe blueberries and Satsuma plums with hints of violet, mocha and mint. Dark, plush and savory with black fruit flavors, it is richly textured with a firm structure.