Indulge in the rich, complex, and multi-dimensional taste of Jack Daniel’s Tennessee Fire. Starting with the robust flavors of toasted wood, roasted nuts, and vanilla beans found in Jack Daniel's Tennessee Whiskey, our proprietary and unique cinnamon liqueur complements these flavors perfectly by adding warm, indulgent, and spicy notes of ground cinnamon, delicate cinnamon bark, and spicy clove. The result is a deliciously smooth and irresistible Jack, perfect for sipping on its own or using as a base for your favorite cocktails.
Security
Your payment is completely secure
Shipping
We ship all orders within 1-3 business days
Packaging
Best in the industry packaging with utmost care for the bottles and eco-friendly materials
Authenticity
We guarantee authenticity of all items purchased
Color
The whiskey has a warm amber with a golden hues
Nose
Aromas of cinnamon, vanilla, and a hint of charred oak, complemented by a touch of sweet maple and spice
Palate
Smooth and spicy, featuring flavors of fiery cinnamon candy, warm vanilla, and a subtle sweetness, balanced by a touch of oak and a hint of honey
Finish
Medium-length and warming, with lingering notes of cinnamon, vanilla, and a gentle spice, leaving a sweet and spicy aftertaste. A bold and flavorful whiskey with a touch of heat
Security
Your payment is completely secure
Shipping
We ship all orders within 1-3 business days
Packaging
Best in the industry packaging with utmost care for the bottles and eco-friendly materials
Authenticity
We guarantee authenticity of all items purchased
Color
The whiskey has a warm amber with a golden hues
Nose
Aromas of cinnamon, vanilla, and a hint of charred oak, complemented by a touch of sweet maple and spice
Palate
Smooth and spicy, featuring flavors of fiery cinnamon candy, warm vanilla, and a subtle sweetness, balanced by a touch of oak and a hint of honey
Finish
Medium-length and warming, with lingering notes of cinnamon, vanilla, and a gentle spice, leaving a sweet and spicy aftertaste. A bold and flavorful whiskey with a touch of heat