Keto Gingerbread Men cookies - a classic holiday favorite perfect for baking season. Made with low carb ingredients and perfectly spiced with cinnamon, ginger and molasses.
In a large mixing bowl, whisk together the almond flour, coconut flour, cinnamon, ginger, cloves, nutmeg, salt, baking soda and xanthan gum together until combined.
Using a stand mixer or a hand mixer, cream together the butter with monk fruit sweetener until light and fluffy. Add the molasses then slowly add the dry ingredients and mix until thoroughly combined. Add milk (1-2 teaspoons at a time) only as needed until the dough comes together.
Form the dough into a ball and refrigerate for at least 30 minutes, or up to 2 days.
When ready to bake, remove dough from fridge and roll between two large sheets of parchment paper, into a 1/2 inch thickness (for thicker cookies) or 1/4 inch thick (for thinner cookies). Place rolled dough sheet (with parchment papers) on a large baking pan.
Place baking pan in the fridge for 1 hour or freezer for 10 minutes.
Line two large baking pans with parchment paper and set aside.
Remove dough sheet from freezer, peel off both parchment papers to ensure the dough is not sticking and lay back on top of bottom parchment sheet. Using a cookie cutter (I used a 3-inch), cut into shapes and transfer to lined baking pans at least 3/4 inch apart. Repeat with remaining dough.
Place baking sheets in freezer for 10 minutes (to avoid spreading. Heat oven to 325 F degrees.
Bake (one pan at a time) in preheated oven until cookies are puffy and just set around edges, 12 to 15 minutes, rotating pan halfway through. Be careful not to overbake.
Allow cookies to cool on baking pan for at least 25 minutes, then remove with wide metal spatula to wire rack to cool completely. Repeat with any remaining dough. Decorate as desired or store in an airtight container for up to 3 days or in the freezer for up to 2 months.
In a medium bowl, combine the powdered sweetener with cream until smooth. Add dairy free milk, water or lemon juice as needed to desired consistency.