Château Montrose Saint-Estèphe 2016
Château Montrose · Saint-Estèphe, Bordeaux, France
At a glance
- Producer
- Château Montrose
- Region
- Saint-Estèphe, Bordeaux, France
- Grape variety
- Predominantly Cabernet Sauvignon, Merlot, Cabernet Franc
- Wine type
- Red
- Body
- Full-bodied and Bold
- Sweetness
- Dry
- Typical price
- $130-$200
Tasting profile
Blackcurrant, cedar, tobacco, graphite with underlying earthy and minerally notes; firm but ripe tannins
Evolution: Will develop more complex tertiary aromas of leather, truffle, and forest floor over next decade
At peak: Integrated tannins, vibrant fruit, elegant spice and balanced acidity with a long, persistent finish
Structure
- Acidity
- Balanced, supporting longevity and freshness
- Tannins
- Firm, well-structured, ripe and silky with time
- Alcohol
- Approx. 13.5-14%
- Aging potential
- Excellent, 25-35 years from vintage
Drinking window
- Peak drinking
- 2028 to 2060
- Optimal window
- 2024 to 2063
- Current status
- Early maturity, developing complexity
- Current condition
- Robust tannic structure, still evolving aromatics
The 2016 vintage in Saint-Estèphe was exceptional with ideal ripening conditions, producing full-bodied wines with abundant tannins and complexity that require several years to soften and integrate before reaching peak expression.
Food pairing
Grilled or roasted red meats, game dishes, hearty stews, aged cheeses, and dishes with earthy mushrooms or truffles
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (1-2 hours) — To allow the wine to open up, soften tannins and reveal complex aromas
Sustainability
Sustainability score: 7/10
Château Montrose employs integrated pest management, reduced phytosanitary treatments, water conservation methods, and energy-efficient winery practices
While not fully organic or biodynamic, Château Montrose has made significant strides toward sustainability with certified sustainable farming, careful vineyard management to preserve soil health, water and energy conservation measures, and efforts to reduce packaging weight and overall carbon emissions.