Domaine Guigal Côte-Rôtie Château d'Ampuis 2017

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Domaine Guigal Côte-Rôtie Château d'Ampuis 2017

E. Guigal · Côte-Rôtie AOC/AOP, Rhône Valley, France

At a glance

Producer
E. Guigal
Region
Côte-Rôtie AOC/AOP, Rhône Valley, France
Grape variety
Syrah (93%), Viognier (7%)
Wine type
Red
Body
Full-bodied and Bold
Sweetness
Dry
Typical price
$120 - $160

Tasting profile

Aromas of black fruit, smoked meat, pepper, with floral violet notes and subtle oak spice

Evolution: Complex layers of leather, tobacco, and game gradually develop with bottle age

At peak: Fully developed bouquet with silky tannins and harmonious balance of power and elegance

Structure

Acidity
Medium-high, providing freshness and balance
Tannins
Firm, fine-grained and well-structured
Alcohol
Approximately 13.5%-14%
Aging potential
30-40+ years

Drinking window

Peak drinking
2028 to 2054
Optimal window
2025 to 2057
Current status
Approaching early maturity, beginning to show complexity
Current condition
Fruit still vibrant, tannins firm but integrated, excellent aging potential

This 2017 vintage from Guigal's Château d'Ampuis benefits from excellent vintage conditions and Guigal’s meticulous vinification. The wine’s firm tannins and balanced acidity promise extended cellaring, typical for Côte-Rôtie's top cuvée, allowing a prolonged maturation where primary fruit integrates with complex tertiary aromas.

Food pairing

Pairs excellently with rich red meats, roasted lamb, game dishes, aged hard cheeses, and hearty stews.

Serving

Serving temperature
16-18°C / 61-64°F
Decant
Yes (1-2 hours) — To allow aromatics to fully express and to soften firm tannins

Sustainability

Sustainability score: 7/10

Guigal employs water conservation methods, uses energy-efficient equipment, and practices soil conservation and cover cropping in vineyards.

While not certified organic or biodynamic, Guigal is progressively improving sustainability practices including reduced pesticide use and environmentally conscious viticulture. Their large-scale operation supports energy-efficient processes, but international transport increases carbon impact.