Max Ferdinand Richter Mulheimer Helenenkloster Riesling Spatlese 2018

Compare prices & find Max Ferdinand Richter Mulheimer Helenenkloster Riesling Spatlese 2018 on Wine-Searcher

Max Ferdinand Richter Mulheimer Helenenkloster Riesling Spatlese 2018

Weingut Max Ferdinand Richter · Mosel, Germany

At a glance

Producer
Weingut Max Ferdinand Richter
Region
Mosel, Germany
Grape variety
Riesling
Wine type
White
Body
Light-bodied and Crisp
Sweetness
Sweet
Typical price
$25-$40

Tasting profile

Ripe stone fruit, citrus, slate minerality, honeyed sweetness with vibrant acidity

Evolution: Will gain complexity, tertiary notes of petrol, dried herbs, toast with age

At peak: A harmonious balance of sweetness and acidity with rich layered aromas and an elegant finish

Structure

Acidity
High acidity, characteristic of Mosel Riesling
Tannins
None (white wine, no tannins)
Alcohol
8.5-10.5% typical for Spätlese from Mosel
Aging potential
15-20+ years from vintage under proper cellar conditions

Drinking window

Peak drinking
2025 to 2043
Optimal window
2023 to 2046
Current status
Early drinking window but well approaching peak drinking
Current condition
Fresh with notable fruit, balanced acidity, some developing complexity

Top Mosel Spätlese Rieslings from well-regarded producers like Max Ferdinand Richter often develop complex aromas and roundness after 5-10 years, yet retain freshness and can be enjoyed up to two decades or more. The 2018 vintage quality and producer reputation support a prolonged peak window.

Food pairing

Excellent with spicy Asian cuisine, rich seafood (lobster, crab), foie gras, and ripened cheeses like Munster or aged Gouda.

Serving

Serving temperature
8-10°C / 46-50°F
Decant
Not required

Sustainability

Sustainability score: 7/10

Weingut Max Ferdinand Richter employs sustainable farming, minimizing chemical use; uses energy-efficient winery equipment and conservative water use

While not certified organic or biodynamic, the producer emphasizes sustainable farming reflected in low chemical intervention and resource conservation. Domestic distribution contributes to a reasonable carbon footprint with standard glass packaging.