Cottanera Etna Rosso 2022
Cottanera · Etna, Sicily, Italy
At a glance
- Producer
- Cottanera
- Region
- Etna, Sicily, Italy
- Grape variety
- Nerello Mascalese
- Wine type
- Red
- Body
- Medium-bodied and Earthy
- Sweetness
- Dry
- Typical price
- $25-$35
Tasting profile
Ripe red cherries, wild berries, hints of volcanic minerality, subtle spice and earth
Evolution: Develops more complex tertiary notes like leather, tobacco, and forest floor with age
At peak: Balanced expression of fruit, mineral, and savory complexity with supple tannins
Structure
- Acidity
- High, bright and refreshing
- Tannins
- Medium to firm, fine-grained
- Alcohol
- 13.5%-14.0%
- Aging potential
- 8-12 years from vintage
Drinking window
- Peak drinking
- 2028 to 2032
- Optimal window
- 2026 to 2032
- Current status
- Young with emerging complexity
- Current condition
- Fresh fruit character with vibrant acidity and firm tannins
The Nerello Mascalese grape combined with volcanic soils provides a naturally high acidity and firm tannins, allowing wines like Cottanera Etna Rosso 2022 to develop complexity over nearly a decade or more. The structure supports medium-term aging where primary fruit mellows into savory tertiary elements.
Food pairing
Pairs excellently with grilled red meats, roasted lamb, wild mushroom dishes, aged cheeses, and hearty Sicilian specialties.
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (30-60 minutes) — To soften tannins and open up aromatic complexity
Sustainability
Sustainability score: 8/10
Cottanera employs sustainable farming practices including hand-harvesting, minimal intervention winemaking, water conservation measures, and uses lightweight glass bottles to reduce packaging weight.
Cottanera's commitment to organic viticulture, combined with energy-efficient winery operations and reduced packaging weight, contributes to a solid sustainability profile. The use of native Nerello Mascalese grapes well adapted to volcanic soils enhances vineyard biodiversity and resilience, lowering the need for chemical inputs.