Xanadu Stevens Road Cabernet Sauvignon

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Xanadu Stevens Road Cabernet Sauvignon

Xanadu Wines · Margaret River, Australia

At a glance

Producer
Xanadu Wines
Region
Margaret River, Australia
Grape variety
Cabernet Sauvignon
Wine type
Red
Body
Full-bodied and Bold
Sweetness
Dry
Typical price
$30-$45

Tasting profile

Notes of cassis, blackcurrant, dark plum with hints of cedar, mint, and subtle oak spice. Tannins are firm and youthful with a vibrant finish.

Evolution: With age, expect tertiary notes of leather, tobacco, and earth to emerge while fruit softens and tannins round out.

At peak: Balanced integration of fruit and earth with smooth tannic texture, complex bouquet, and long finish.

Structure

Acidity
Moderate to balanced, typical of Margaret River Cabernet
Tannins
Firm, well-structured
Alcohol
14.0% ABV
Aging potential
15+ years

Drinking window

Peak drinking
2028 to 2033
Optimal window
2026 to 2035
Current status
Approaching early maturity
Current condition
Youthful with primary fruit forward aromatics and firm tannins

The wine’s structure and vintage quality from the cool Margaret River region support extended aging. Moderate acidity and firm tannins create a stable framework allowing evolution over more than a decade.

Food pairing

Pairs excellently with grilled lamb, roast beef, aged cheddar, mushroom ragout, and dark chocolate desserts.

Serving

Serving temperature
16-18°C / 61-64°F
Decant
Yes (60-90 minutes) — To soften tannins and open up complex aromatics

Sustainability

Sustainability score: 8/10

Xanadu employs sustainable viticulture practices including water conservation via drip irrigation, integrated pest management, solar energy for winery operations, and minimal chemical inputs. Packaging uses lightweight glass and recyclable materials.

Xanadu Wines commits to sustainability through recognized certification, energy-efficient operations, and sustainable farming techniques. Their ongoing environmental initiatives reduce water use and landfill waste, though international distribution slightly elevates carbon footprint.