Green River U.S. Army 250th Anniversary Special Release Bourbon 750mL

Green River U.S. Army 250th Anniversary Special Release Bourbon

Honoring 250 Years of Service and Sacrifice
In partnership with the United States Army, Green River Distilling Co. proudly presents this commemorative 250th Anniversary Limited Edition Bourbon. Bottled at a bold 111.1 proof in tribute to Veterans Day (11/11), this release a blend of 4- to 7-year-old Kentucky Bourbon and salutes the enduring legacy, commitment, and courage of all who have served. It is an official licensed product of the U.S. Army and a collectible expression of American patriotism. 

Process & Profile

• Type: Kentucky Straight Bourbon Whiskey

• Proof: 111.1

• ABV: 55.55%

• Filtration: Non-chill filtered

• Distillery: Green River Distilling Co., Owensboro, KY

• Licensing: Official U.S. Army licensed product

What Makes It Special?

• Veteran Tribute: Bottled at 111.1 proof to honor Veterans Day (11/11)

• Official Partnership: Created in collaboration with the U.S. Army for its 250th anniversary

• Limited Edition: A bold and patriotic collector’s release

• Kentucky Provenance: From one of Kentucky’s oldest distilleries, established in 1885

How to Enjoy

• Neat: Ideal to savor the full-bodied strength and depth

• On the Rocks: A cube of ice brings out underlying caramel and spice

• Gift-Ready: A perfect tribute for military personnel, collectors, and patriots alike

Frequently Asked Questions (FAQ)
1. Is this an official U.S. Army release?
Yes, this is an officially licensed commemorative release in partnership with the U.S. Army.

2. What does 111.1 proof signify?
The proof honors Veterans Day (11/11), symbolizing strength and tribute to service members.

3. Is this a limited release?
Yes. It was crafted as a one-time special edition to mark the U.S. Army’s 250th anniversary.

4. Where is it distilled and bottled?
It’s distilled and bottled by Green River Distilling Co. in Owensboro, Kentucky.

5. How should I drink this?
Enjoy it neat or with a splash of water to reveal its full complexity.