Blanton’s Gold Edition Bourbon
Single Barrel Bourbon Whiskey | 51.5% ABV (103 Proof) | 750‚ÄØmL
Process & Profile
Blanton’s Gold Edition is a high-proof single barrel bourbon produced at the Buffalo Trace Distillery in Frankfort, Kentucky. It’s crafted from Buffalo Trace’s high-rye mash bill and aged in the famed Warehouse H—originally hand-built under the direction of Colonel Albert B. Blanton. Each barrel is individually selected for its maturity and complexity, then bottled at 103 proof to highlight its full flavor and refined structure.
Tasting Notes


Nose: Honeyed rye, vanilla, dark chocolate, tobacco, and dried fruit


Palate: Rich caramel, apricot, baking spice, and toasted oak


Body: Full-bodied with a creamy texture and deep warmth


Finish: Long and layered with notes of pecan, cinnamon, and toffee


What Makes It Special


Bottled at 103 proof for extra intensity and bold character


Drawn from single barrels aged in the iconic Warehouse H


Features the distinctive gold label and horse-and-jockey stopper


Made from Buffalo Trace’s renowned high-rye mash bill


Once export-only, now available in limited U.S. allocations


How to Enjoy
Enjoy neat or with a few drops of water to expand the complex flavor profile. Ideal for seasoned bourbon drinkers and collectors seeking a high-proof, elegant pour.
Frequently Asked Questions
1. What is the proof of Blanton’s Gold Edition?
It is bottled at 103 proof (51.5% ABV).
2. Is it a single barrel bourbon?
Yes—each bottle is drawn from an individual barrel.
3. What kind of mash bill does it use?
Buffalo Trace’s high-rye mash bill, with 10–15% rye content.
4. What makes it the “Gold Edition”?
The higher proof, gold packaging, and enhanced flavor concentration set it apart.
5. Is it available in the U.S.?
Yes, but in limited quantities—formerly an international-only release.
 
Note: All Blanton's Wax Design is fragile and may crack during shipping based on the wax design. We do not offer refund, returns or exchanges for cracked wax. We will offer partial credit if leakage occurs.