Deutz Amour de Deutz 2007
Champagne Deutz · Champagne, Champagne, France
At a glance
- Producer
- Champagne Deutz
- Region
- Champagne, Champagne, France
- Grape variety
- Chardonnay (100%)
- Wine type
- Sparkling
- Body
- Light-bodied and Delicate
- Sweetness
- Dry
- Typical price
- $90-$130
Tasting profile
Elegant citrus zest, green apple, brioche, subtle minerality, fine mousse
Evolution: Will develop deeper nutty, toasted bread, honeyed and honeycomb notes over coming years
At peak: Balanced finesse with rich texture, persistent mousse, and layered complexity
Structure
- Acidity
- High, crisp acidity providing brightness and freshness
- Tannins
- Very low (sparkling wine normally low tannin)
- Alcohol
- Approx. 12.5%
- Aging potential
- Excellent; structured for aging 15+ years due to premier vintage and 100% Chardonnay composition
Drinking window
- Peak drinking
- 2022 to 2044
- Optimal window
- 2017 to 2047
- Current status
- Drinking well with potential to mature further
- Current condition
- Showing complexity with evolving autolytic, citrus, and stone fruit notes; brioche and toasted almond nuances developing
The 2007 vintage was a top-quality year for Champagne Deutz, combining vibrant acidity and ripe Chardonnay character allowing the Amour de Deutz to cellar gracefully. Its naturally low dosage and pure varietal expression support extended aging, with peak drinking expected around 15-20 years post-vintage aligning with autolytic complexity development.
Food pairing
Ideal with delicate seafood (scallops, oysters), light poultry dishes, creamy cheeses like Brie, and fine sushi. Also excellent as an aperitif.
Serving
- Serving temperature
- 8-10°C / 46-50°F
- Decant
- Not required
Sustainability
Sustainability score: 7/10
Deutz implements energy-efficient packaging, water conservation in vineyards, and strict environmental protocols including limited herbicide use, encouraging biodiversity
Champagne Deutz is committed to environmental sustainability with a focus on responsible viticulture and production techniques. While not fully organic or biodynamic, they maintain high environmental standards and pursue ongoing improvements in energy use and natural resource conservation. Their environmental impact benefits from regional regulations and industry sustainability initiatives.