
A grand cru of Gevrey-Chambertin on WineFortune — Pinot Noir at the top of the Burgundian hierarchy
Mazis-Chambertin is a grand cru vineyard in the commune of Gevrey-Chambertin, in Burgundy, France. It sits at the very top of the Burgundian classification, alongside the other grands crus of the hill of Chambertin. On WineFortune we currently track one wine from this climat, from one producer: Harmand-Geoffroy.
The vineyard is planted to Pinot Noir and produces still red wine under the grand cru AOP. Mazis-Chambertin lies at the northern end of the grand cru band, on thin limestone soils, and is often described as one of the firmer, more structured expressions among the Gevrey grands crus, built for the cellar.
The WineFortune price index is built from our own trades and listings over a rolling 90-day window, expressed as a median per 75 cl bottle. For this hub no index median is currently published; the page updates as new observations come in.
Medians are the 90-day WineFortune index per 75cl, ex VAT, built from WineFortune trades and listings. Wines without a trade or listing are tracked but not indexed.
Mazis-Chambertin is a grand cru vineyard in Gevrey-Chambertin, Burgundy. It holds the highest rank in the Burgundian classification and produces still red wine from Pinot Noir under its own AOP. It lies at the northern end of the band of grands crus on the hill of Chambertin, on thin limestone soils.
Mazis-Chambertin is made from Pinot Noir, the red grape of the Côte de Nuits. The wines are still reds, typically firm and structured for a Gevrey-Chambertin grand cru, and are usually cellared before drinking.
WineFortune currently tracks one wine from Mazis-Chambertin, from the producer Harmand-Geoffroy. No bottles from this hub are listed in the shop at present, and the WineFortune Premium Selection holds no vintages from it.
Not at the moment. The WineFortune index median is calculated per 75 cl bottle from our own trades and listings over 90 days. For this hub no index median is currently published; the figure appears once enough observations exist.