In stock now at Forsyth!
Buffalo Trace Single Oak Project...$49.99 / 375ml
(at the time of this post, we even have a bottle from Barrel #1)
What is the Single Oak Project?
Buffalo Trace Single Oak Project
For over a century, Buffalo Trace Distillery has been a pioneering leader in quality and innovation. The Single Oak Project may be its most inventive undertaking yet - an industry first.
It all started with 96 individually selected American oak trees. These trees were carefully chosen with special consideration for the thickness of the wood grain. Then, staves were made from these trees and kept close together for seasoning. Not just staves of the same tree, but staves of the same half of the tree, both bottom and top, were then made into single oak barrels and uniquely charred. A single barrel was constructed from each unique section. Prior to construction we varied the stave seasoning times. The 192 barrels were then charred differently. These single oak barrels were then filled with different recipe whiskeys, at various entry proofs and aged in a variety of different warehouse styles. We believe that this experiment will allow you to directly compare the impact of 7 different critical variables across 192 bottles for a total of 1,396 taste combinations. None of the 192 bottles in the complete set are exactly alike.
Next, the oak barrels were filled with different whiskeys, altering the combination of mashbill recipe and entry proof used. The barrels were aged in a variety of warehouses , on different floors and in different locations. Each barrel in the Single Oak Project is different from every other barrel in at least one aspect.
As the bourbon aged, we prepared ourselves to reveal the results — the outcome of the most experimental undertaking of its kind — to the whiskey connoisseurs of the world. Savor these unique bourbons and give us your feedback. We want you to share your thoughts with other like-minded whiskey drinkers and have open discussions about this experimental undertaking. We want you to be a part of the exciting, groundbreaking piece of research we call the Single Oak Project.