Riesling 2016 - Last Chance Deal #50083

Riesling's naturally high acidity acts as a preservative, allowing it to age gracefully for decades. This 2016 has developed beautiful tertiary flavours like honey and nutty characteristics while maintaining its structural integrity. The kerosene notes indicate classic petrol development that premium aged Rieslings are celebrated for, showing this wine has entered its optimal drinking window.

Coonawarra's cool climate and famous terra rossa soil over limestone creates ideal conditions for Riesling production. The region's consistent temperatures allow for slow ripening, preserving the variety's signature acidity while developing complex mineral characteristics. This terroir influence contributes to the wine's textural style and ability to age beautifully, as evidenced by this 2016's current drinking condition.

Serve this medium-bodied Riesling slightly chilled at 8-10°C to showcase its developed complexity without masking the honey and nutty flavours. The textural style means it can handle richer foods than young Rieslings - try it with creamy seafood dishes, aged cheeses, or spiced Asian cuisine. Decanting isn't necessary, but allowing it to warm slightly in the glass will reveal more aromatics.

These are classic markers of premium aged Riesling development. The honey notes indicate the wine's natural sugars have integrated beautifully with the acidity over time, while kerosene (petrol) aromatics are actually desirable in mature Rieslings, showing proper bottle development. Combined with the nutty characteristics, these flavours demonstrate this is a high-quality example that has aged exactly as intended.

This 2016 is drinking beautifully now, having developed its secondary and tertiary characteristics perfectly. The 94-point rating and Gold Medal recognition confirm it's at peak performance. While quality Rieslings can age for 15-20 years, this wine has reached that sweet spot where youthful freshness meets mature complexity, making it ideal for immediate enjoyment rather than further cellaring.