Howard Park Abercrombie Cabernet Sauvignon 2017
Howard Park Wines · Australia, Margaret River
At a glance
- Producer
- Howard Park Wines
- Region
- Australia, Margaret River
- Grape variety
- Cabernet Sauvignon
- Wine type
- Red
- Body
- Full-bodied and Bold
- Sweetness
- Dry
- Typical price
- $60-$80
Tasting profile
Blackcurrant, cedar, mint and subtle eucalyptus notes with firm tannins and a long finish
Evolution: Tannins will soften and tertiary notes of tobacco, leather, and earth will develop over the next 5-10 years
At peak: Balanced integration of fruit and oak with elegant complexity and smooth finish
Structure
- Acidity
- Moderate to high, balancing the fruit
- Tannins
- Firm and structured
- Alcohol
- 14.0%-14.5%
- Aging potential
- 15-20 years from vintage due to quality and region
Drinking window
- Peak drinking
- 2025 to 2049
- Optimal window
- 2022 to 2052
- Current status
- Approaching early maturity with significant aging potential
- Current condition
- Firm tannins and concentrated fruit with developing complexity
The structured tannins and balanced acidity along with the 2017 vintage quality in Margaret River allow this Cabernet to evolve slowly into a harmonious wine with depth and complexity over 15-20 years.
Food pairing
Grilled lamb, beef wellington, aged cheddar, mushroom-based dishes
Serving
- Serving temperature
- 16-18°C / 61-64°F
- Decant
- Yes (1 hour) — To soften tannins and allow aromatics to open fully
Sustainability
Sustainability score: 8/10
Howard Park employs sustainable farming practices including water conservation, integrated pest management, minimal chemical inputs, renewable energy usage at winery, and eco-friendly packaging
Howard Park Wines are recognized for their commitment to sustainability through award-winning sustainable viticultural practices, focus on biodiversity in vineyards, efficient water use, solar power utilization, and environmentally conscious packaging. While export transport adds some footprint, the winery actively monitors and reduces energy consumption and waste.