Auchentoshan 21 Years Old
Triple distilled and aged perfectly for over twenty one years in American bourbon and Spanish sherry casks. In addition, this creates a refined Lowland Single Malt Whisky. Then, ripe with gooseberries, sweet creamy vanilla, a hint of oak, warm honey, and the signature smooth, delicate, Auchentoshan taste.
They say where you’re from says a lot about who you are.
And most Single Malts are from the middle of nowhere. Us? We’re different.
We were forged in the fires of The Industrial Revolution and the Glaswegian sweat of our forefathers. We’ve taken the sweat out now. But boy do we still have the spirit. We’re part of the city. And the city is part of us. We play hard. And we work even harder.
We’re not triple distilled because it’s tradition. But because that’s what it takes to create a delicate flavour unlike any other. Smooth, yet gutsy. Approachable yet deep.
Open to newcomers and old friends alike. Just like where we’re from.
EVERY LAST DROP OF EVERY WHISKY WE MAKE IS TRIPLE DISTILLED.
It takes longer. It costs more. But we know it’s worth it.
City-inspired since 1823. Never mind the bollards. The city is where traditional craft meets progressive thinking.
This all makes every edition of Auchentoshan flavoursome, smooth and drinkable – a whisky as aggressively welcoming as Glasgow itself.
HARD TO SAY. HARDER TO MAKE. EASY TO DRINK.
WE MAKE A BEER
MALT IT, MILL IT, MASH IT
However, our trademark clean, complex character starts with malted optic barley. Moreover, gently kilned, completely unpeated barley lets the Auchentoshan taste shine through.
In addition, we grind the barley to suit our lauter tun. It’s vital we have evenly milled starch grits, maximising the amount of starch that magically transform into sugars during mashing. All this hard graft means a fresh-tasting, clear wort from the lauter tun.
We feed the milled, malted barley – and pure water – into our lauter tun at 63.5°C. The heat helps turn the starches into sugar. After two fillings we are ready for fermentation – the third filling is used as the first water in the next mash.
Many distilleries prefer the consistency that comes with stainless steel washbacks but we use Oregon pine instead – so the results are always a little different each time. This also means that our mash men need to keep an especially keen eye on everything while crafting their unique Auchentoshan Distillers Beer.
WE TRIPLE DISTIL EVERY LAST DROP
Distillation takes our Distillers Beer from around 8% ABV (alcohol by volume) up to 81%. No other Scottish distillery insists on triple distilling every drop – double distillation usually reaches just 70% ABV.
WHAT IS TRIPLE DISTILLATION?
And what does it mean to be the only Triple Distilled Single Malt in Scotland that insist on it for every drop?
The short version:
Auchentoshan new make spirit is the highest distillate of any single malt distillery in Scotland.
Because we distil away all the impurities in the liquid, strong notes of fruit and citrus come through.
It also makes the spirit more prone to the epic woodiness that comes from the casks in maturation.
This makes Auchentoshan the smoothest, most delicate tasting single malt scotch whisky.
The shorter version:
It’s more time consuming, It’s more expensive, It’s absolutely unique.
Our oak casks have a huge influence on flavour – so we spend a lot of time and money selecting them.
The right casks, The right setting, The right weather.
In fact, if a spirit wants to be called Single Malt Scotch Whisky, it must be matured in oak for at least three years – no less. We go much further.
In fact, our whisky is matured in casks which held bourbon, sherry or fine wine. A selfless act of recycling? Not quite. It’s an essential step in creating Auchentoshan – the spirit and the wood work together over many years, lending colour and flavour to the finished whisky.
So it’s no surprise we spend so much time and effort selecting precisely the right casks – or indeed in balancing the unique flavours each cask imparts. That way, we create a whisky with flavours right across the spectrum.