Blog › Seasonal

5 Low Calorie Holiday Drinks

The holidays can be a stressful time, from getting all the shopping done, accommodating family in town, going out of town yourself, or not having a family to spend the holidays with. The last thing you want to be worried about is the calories and sugars in all the fun holiday drinks. Although we cannot guarantee this will ward off your hangover, we can give you the gift of 5 low-calorie holiday drinks that taste delicious! 
 

Here are 5 low calorie & low sugar holiday drinks! Relax, have a drink…or a few. 

White Chocolate Peppermint Martini

Ingredients

Directions

In a cocktail shaker, combine White Chocolate Syrup, Peppermint Bark Syrup, vodka, half and half and plenty of ice. Cover and shake vigorously. Strain into a martini glass and rim with syrup of choice or crushed peppermint.


Green Appletini  

 

Ingredients

Directions

In a cocktail shaker, combine Appletini Mix, vodka and plenty of ice. Cover and shake vigorously. Strain into a martini glass and garnish with an apple slice.

 

Vanilla Cinnamon Apple Cider  

 

Ingredients

  • 1-2 parts fresh low sugar apple cider
  • 1 tbsp Cinnamon Vanilla Syrup
  • 2-ounce bourbon
  • Fresh apples & cinnamon sticks optional


Directions

Combine apple cider, 1 tbsp Cinnamon Vanilla Syrup in a medium saucepan. Gently simmer over medium-low heat for 5 minutes. Remove from heat and add bourbon if desired. Add fresh apples & vanilla sticks for garnish.


Jack Frostie

 

Ingredients

  • 2 ounce vodka
  • 1 tbs Blueberry Syrup
  • 1/2 c. light lemonade
  • Cup of ice

Directions

In a blender, combine vodka, Blueberry Syrup, lemonade, and ice. Blend until combineRim glass with sugar. Pour frosties into rimmed glasses and serve immediately.

 

Christmas Cosmo 

Ingredients

Instructions

In a cocktail shaker, combine Cosmopolitan Mix, vodka and plenty of ice. Cover and shake vigorously. Strain into a martini glass and garnish with a lemon or lime wedge.

0 comments

Leave a comment

Please note, comments must be approved before they are published