Iron Bluff Nero d'Avola 2016
Iron Bluff · McLaren Vale, South Australia
At a glance
- Producer
- Iron Bluff
- Region
- McLaren Vale, South Australia
- Grape variety
- Nero d'Avola
- Wine type
- Red
- Body
- Full-bodied and Bold
- Sweetness
- Dry
- Typical price
- $15-$25
Tasting profile
Ripe dark cherry, plum, subtle spice and licorice with a savory earthy undertone
Evolution: Over time, will develop more complex dried herb and leather notes, while fruit softens
At peak: Well-integrated tannins with layered complexity and sustained fruit flavors
Structure
- Acidity
- Medium
- Tannins
- Medium to Firm
- Alcohol
- 14.0%
- Aging potential
- 8-12 years typical for quality Nero d'Avola from McLaren Vale; this vintage well-structured for medium-term aging
Drinking window
- Peak drinking
- 2020 to 2025
- Optimal window
- 2018 to 2025
- Current status
- Drinking well, approaching mid peak
- Current condition
- The wine shows mature fruit characters with balanced tannins and acidity; suitable for near-term consumption or cellaring for a few more years
2016 vintage in McLaren Vale was warm, producing ripe and structured Nero d'Avola with good phenolic maturity allowing for 8-12 years of balanced aging. The wine has matured enough to show primary and secondary aromas while retaining freshness.
Food pairing
Pairs well with grilled lamb, roasted game meats, hearty pasta dishes with tomato-based sauces, and aged cheeses.
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (30-45 minutes) — To soften medium-firm tannins and allow aromatic complexity to open up
Sustainability
Sustainability score: 6/10
Producer employs sustainable viticulture practices including water conservation and integrated pest management
While not certified organic or biodynamic, Iron Bluff shows commitment to sustainable farming techniques and efficient resource use. Packaging is standard glass bottle with cork closure and moderate weight glass. The wine's regional origin in McLaren Vale supports local economy and uses practices aimed at minimizing environmental impact.