Skip to main content

2003 Château Latour Grand Vin Château Latour, Pauillac, Bordeaux, France

In Bond case price:
£3,800.00
Country France
Region Bordeaux
Appellation Pauillac
Producer Château Latour
Vintage 2003
Type Red (Dry)
Grape Variety Red Bordeaux Blend
ABV 13.0%
Format 6x75cl
Packaging Original Wood Case
Duty Status In Bond
Provenance Purchased by Liquid Assets from a UK-based merchant; securely stored in a climate-controlled bonded facility
Availability 1 case

100 Robert Parker, The Wine Advocate (August 2014)

Administrator Frederic Engerer says the 2003 is “the sexiest Latour ever made.” He also described it as “the 1990 without any brettanomyces.” I loved this wine from the barrel and was fortunate enough to be able to purchase a small quantity, enjoying every bottle I have had. A profound example of Chateau Latour, the full-bodied, opulent 2003 is already performing well at age eleven, which is somewhat atypical. The pH is a relatively high 3.8, which also indicates low acidity.

The wine is very ripe, but not over-ripe, offers great freshness, and lots of creme de cassis and camphor as well as hints of blackberries and chocolate. Dense, thick and unctuously textured, this staggering Latour is undeniably the most sumptuous, opulent wine made here since the 1982 or 1961. Drink it over the next two decades.

Read

97 Stephen Tanzer, Vinous (May 2006)

Red-ruby. Explosive aromas of plum liqueur, currant, minerals and lead pencil. Huge, lush, sweet and utterly seamless; this has the palate-caressing texture of liquid velvet.

About as deep as this extreme vintage gets. Finishes with noble, compellingly sweet tannins and great length. This is amazing wine, and only its exotic character prevented me from giving it an even higher score. Interestingly, the IPT here is 65, compared to 67 for the 2005. But this voluminous and powerful wine will be more fun to drink than the 2005 for many years simply due to its sensual appeal, even if the 2005 should ultimately surpass it in verve, minerality and overall aromatic complexity.

Read