Caol Ila 1982 James MacArthur 25 Year Old Old Masters Special Reserve

James MacArthur & Co were founded in 1982 and are a no-frills independent label, focussed bringing lesser-seen and often closed distilleries to the market. Their simple approach and fine selection of cask strength and single cask whiskies has earned them an army of fans amongst connoisseurs across the world.

This 1982 vintage Caol Ila was bottled for the premium Old Masters Special Reserve range.

Caol Ila distillery was built in 1846 by Hector Henderson, who was bought out from the venture a little over 10 year later by Bulloch Lade. The blending firm merged with DCL (now Diageo) in 1927, who still run the distillery today. In 1972 the original site was demolished and replaced by a new one. When distilling resumed in 1974, Caol Ila was the largest producer of single malt on the Isle of Islay. Despite this, due to its importance in popular blends such as Johnnie Walker, its single malt brand disappeared under United Distillers, and it was not until 2002 that it would return, when the 12 year old was revived by Diageo. The Flora & Fauna release was well-regarded in the meantime, but it was independent releases like this that gave the best opportunity to sample this much-loved single malt.

This bottle is being sold from the Pat's Whisk(e)y private collection which, numbering in excess of 9,000 bottles and over 2,000 miniatures, is the single largest collection of whisky ever to be brought to auction. Pat's Whisk(e)y is the result of over fifteen years of passion and dedication to the goal of creating one of the most complete libraries of whisky and whiskey ever amassed by an individual collector. It contains bottles from over 150 different Scottish distilleries, as well as bourbon, rare Scotch releases from sought-after independent bottlers in Europe, and whisky from other distilleries across the globe. Whisky Auctioneer is delighted to have partnered with Pat's Whisk(e)y to offer this collection across a number of exclusive and spotlight auctions. For more information, please click here.