The 2019 Chapelle d'Ausone is a Bordeaux blend from the renowned Saint Emilion sub-region of Bordeaux, France. Produced by Chapelle d'Ausone, this red wine comes with a cork closure and has an alcohol content of 14.0%.

This vintage is a blend of 60% Cabernet Franc and 40% Merlot, which contributes to its structured and firm profile. The wine is noted for its perfumed richness and is expected to age well, with recommendations to drink from 2025 or 2026.

James Suckling awarded this wine a high score of 96, highlighting its "pure and beautiful aromas of blackberries and black cherries with violets and red roses." Suckling also commended the wine for its full-bodied nature and "extremely integrated tannins that are velvety and curated," adding that it finishes with "fresh and sweet fruit" accompanied by an "orange-peel undertone" and hints of "crushed stone and sandalwood." Suckling concluded that this is "a very beautiful second wine of Ausone."

Robert Parker's Wine Advocate also reviewed the wine favorably, giving it a score of 93. William Kelley noted that the wine "exhibits attractive aromas of cherries, sweet berry fruit, violets, spices, rose petals and pencil shavings." Kelley described it as "medium to full-bodied, velvety and seamless," praising its elegance and impeccable balance.

Wine Enthusiast's Roger Voss rated the wine at 95, pointing out that it comes from specific parcels of the vineyard. Voss emphasized the wine's structure and firmness, describing it as "perfumed and rich" and noting its potential for aging well.

Vinous, through reviewer Neal Martin, awarded the wine a score of 92. Martin described the nose as "taut," with a mixture of red and black fruit and a marine influence, notably a "tang of Japanese nori." The palate was characterized as "medium-bodied with chewy tannins," possessing fine depth and compensating for its lack of power with "admirable elegance on the finish."

Overall, the 2019 Chapelle d'Ausone is a well-regarded wine with excellent reviews, particularly noted for its aromatic complexity, structured profile, and potential for aging.