Cobalt Bluff Montepulciano 2004
Cobalt Bluff · United States, California
At a glance
- Producer
- Cobalt Bluff
- Region
- United States, California
- Grape variety
- Montepulciano
- Wine type
- Red
- Body
- Full-bodied and Smooth
- Sweetness
- Dry
- Typical price
- $109 USD
Tasting profile
Notes of dried dark berries, leather, earth, and subtle spice; tannins softened with smooth texture
Evolution: Fruit forwardness has faded; more savory and tertiary characteristics dominate
At peak: Balanced complexity with integrated tannins and nuanced bouquet before gradual decline
Structure
- Acidity
- Moderate acidity providing balance
- Tannins
- Medium to medium-plus, well integrated
- Alcohol
- Approximately 14.5%
- Aging potential
- 10-15 years from vintage; recommended consumption by 2024
Drinking window
- Peak drinking
- 2015 to 2024
- Optimal window
- 2012 to 2022
- Current status
- Fully mature, approaching the end of optimal drinking period
- Current condition
- Drinkable with developed tertiary aromas; some decline in fruit intensity expected soon
2004 vintage Montepulciano from California with moderate aging potential benefited from 12-15 years cellaring due to its tannic structure and acidity. Approaching the latter part of drinking window with tertiary notes developing.
Food pairing
Pairs well with grilled or braised red meats, mushroom risotto, hard cheeses like Pecorino, and dishes with earthy spices.
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (30-60 minutes) — To allow softened tannins to integrate and aromas to open up
Sustainability
Sustainability score: 6/10
Use of water conservation techniques, integrated pest management, partial solar energy utilization
While lacking organic or biodynamic certifications, Cobalt Bluff employs sustainable farming practices focused on reducing water use and energy consumption. Packaging uses standard glass bottles with moderate recycled content. The producer’s transparency about sustainability practices is moderate. As a California-based producer sourcing local fruit, transport within the region is efficient, though exports abroad increase overall carbon footprint.