
Château RambaudR de Rambaud Bordeaux Rosé
This wine generally goes well with
Details and technical informations about Château Rambaud's R de Rambaud Bordeaux Rosé.
Discover the grape variety: Mayorquin
Mayorquin is one of the many white grape varieties. According to the studies undertaken, it comes from Spanish vineyards and its original name is planta fina de Pedralba. In France, it may also be called Plant de Marseille, but it has other names such as Tizigzaouine, Damas Blanc or Alicante, depending on the regions and areas where it is grown. Nowadays, this variety is grown on an area of almost 2 ha, regardless of its names. Mayorquin is considered a rare variety. It is in the process of disappearing and requires some multiplication and cultivation to continue to exist. In France, it is only found in Belley and is mainly used as a table grape, especially for desserts. However, it can also be vinified, although the result is not as appreciated as those of other grape varieties. Instead, people tend to use Mayorquin as a secondary grape variety to produce other more popular wines.
Last vintages of this wine
The best vintages of R de Rambaud Bordeaux Rosé from Château Rambaud are 2018, 2015, 2019
Informations about the Château Rambaud
The Château Rambaud is one of of the world's greatest estates. It offers 6 wines for sale in the of Bordeaux to come and discover on site or to buy online.
The wine region of Bordeaux
Bordeaux, in southwestern France, is one of the most famous, prestigious and prolific wine regions in the world. The majority of Bordeaux wines (nearly 90% of the production Volume) are the Dry, medium and Full-bodied red Bordeaux blends for which it is famous. The finest (and most expensive) are the wines of the great châteaux of Haut-Médoc and the right bank appellations of Saint-Émilion and Pomerol. The former focuses (at the highest level) on Cabernet Sauvignon, the latter on Merlot.
The word of the wine: Volatile acidity
Acidity resulting essentially from alcoholic fermentation and formed from acetic acids in the free state.














