These salted dark chocolate cupcakes are rich, moist, and crazy good.
Prep Time15 minutesmins
Cook Time15 minutesmins
Total Time30 minutesmins
Course: Dessert
Cuisine: American
Keyword: chocolate, cupcake
Servings: 24cupcakes
Ingredients
Cupcake Ingredients:
1/2cup(1 stick) buttersoftened
1 1/2cupsgranulated sugar
2eggs
2tsp.vanilla extract
1 1/2cupsall-purpose flour
1/2cupdark chocolate cocoa powder (or any unsweetened cocoa powder)
1tsp.baking soda
1/4tsp.salt
1/2cupbuttermilk
1/2cupcoffeelukewarm (you can use decaf coffee if desired!)
chocolate ganache frosting
coarse sea saltfor sprinkling
Chocolate Ganache Frosting Ingredients:
18ouncesdark chocolatechopped
1 1/2cupsheavy cream
Instructions
To Make The Cupcakes:
In the bowl of stand mixer, cream butter and sugar until light and fluffy. Add eggs, one at a time, beating well after each addition. Add in vanilla.
In a separate bowl, whisk together the flour, cocoa, baking soda and salt until combined. Then in an additional separate bowl, stir together buttermilk and coffee. Add dry ingredients to creamed butter mixture alternately with buttermilk and coffee, beating well after each addition.
Fill paper-lined baking cups two-thirds full. Bake at 375° for 15-20 minutes or until a toothpick inserted near the center comes out clean. Cool for 10 minutes before removing from pans to wire racks to cool completely.
Top with chocolate ganache frosting, then sprinkle with sea salt.
To Make The Ganache Frosting:
Place the chopped chocolate in a small heat-proof bowl.
Heat the cream in a small saucepan until it just reaches a boil. Remove from heat and immediately pour over the chocolate. Stir slowly until the chocolate is completely melted and the mixture is smooth. Let it cool until it reaches room temperature, about 1-2 hours. It will continue to thicken the longer it sets.
Spoon or pipe the ganache onto the cupcakes. If the ganache is too thin for piping, you can transfer it to the bowl of a stand mixer and beat it on medium-high for 3-5 minutes until it reaches a better consistency for piping.