Buffalo Rare Bundle: Buffalo Trace & Eagle Rare Bourbon 700mL

Explore two of Kentucky’s finest bourbon expressions with the Buffalo Rare Bundle, featuring a duo of smooth, rich, and highly respected bottles from the legendary Buffalo Trace Distillery. This exclusive bundle includes:

• Buffalo Trace Kentucky Straight Bourbon Whiskey 750mL

• Eagle Rare 10 Year Old Kentucky Straight Bourbon Whiskey 700mL

Whether you're building your collection, preparing a tasting flight, or gifting a bourbon enthusiast, this bundle delivers an unbeatable balance of value, quality, and heritage—all from one of the most revered names in American whiskey.

What’s Included:

Eagle Rare 10 Year Old Bourbon 700mL

• Aged for 10 years

• Bottled at 45% ABV (90 proof)

• Notes of toffee, leather, orange peel, and toasted oak

• Smooth, complex, and elegant – a fan-favorite sipping bourbon

Buffalo Trace Kentucky Straight Bourbon 750mL

• Bottled at 45% ABV (90 proof)

• Notes of sweet vanilla, brown sugar, spice, and oak

• Approachable and versatile – perfect for neat pours or cocktails

• Consistently rated one of the best value bourbons on the market

Tasting Experience:

This bundle invites you to compare the approachable sweetness of Buffalo Trace with the aged complexity of Eagle Rare. Enjoy them side-by-side in a tasting or gift the set to someone who loves classic American bourbon.

How to Enjoy:

• Enjoy neat, with a splash of water, or in a premium old fashioned

• Great for bourbon beginners and connoisseurs alike

• A perfect pairing for holiday gifting, corporate events, or special occasions

FAQ:

Q: Are both bourbons from the same distillery?
A: Yes, both are crafted at the world-famous Buffalo Trace Distillery in Frankfort, Kentucky.

Q: Is Eagle Rare really aged 10 years?
A: Yes, every bottle of Eagle Rare is aged for a minimum of 10 years, providing exceptional depth and maturity.

Q: Can I use these in cocktails?
A: Absolutely. Both work well in classic bourbon cocktails, though Eagle Rare is often best appreciated neat due to its complexity.