Print
clock clock iconcutlery cutlery iconflag flag iconfolder folder iconinstagram instagram iconpinterest pinterest iconfacebook facebook iconprint print iconsquares squares iconheart heart iconheart solid heart solid icon

Chocolate Lava Cookies Recipe

5 Stars 4 Stars 3 Stars 2 Stars 1 Star 3.9 from 78 reviews
  • Author: admin
  • Prep Time: 45 minutes
  • Cook Time: 11 minutes
  • Total Time: 1 hour 45 minutes
  • Yield: 24 cookies
  • Category: Dessert
  • Method: Baking
  • Cuisine: American
  • Diet: Vegetarian

Description

Delightfully indulgent Chocolate Lava Cookies feature a rich, gooey ganache center encased in a soft, cocoa-infused cookie shell. These irresistible treats combine a luscious chocolate cream filling with a perfectly baked cookie exterior, delivering a molten lava cake experience in cookie form. Ideal for chocolate lovers, this recipe balances intense chocolate flavors with a tender, chewy texture for a sophisticated dessert or snack.


Ingredients

Scale

Ganache

  • 4 oz dark or semi-sweet chocolate (high quality baking chocolate or chocolate chips)
  • ½ cup heavy whipping cream

Cookie Dough

  • 2 cups plus 2 Tbsp flour (270 g)
  • ½ cup plus 2 Tbsp dutch processed cocoa powder (67g)
  • ½ – 1 tsp espresso powder
  • ½ tsp baking soda
  • ½ tsp baking powder
  • ¼ tsp sea salt
  • 1 cup salted butter (227g), room temperature
  • 1 cup white sugar (200g)
  • ½ cup light brown sugar (110g)
  • 2 large eggs (room temperature)
  • 1½ tsp vanilla extract
  • Powdered sugar (optional, for dusting)


Instructions

  1. Make the ganache: Chop the chocolate into very small pieces and place them in a small bowl. Warm the heavy cream in the microwave in 20 second increments until hot but not boiling, about 40-50 seconds.
  2. Combine chocolate and cream: Pour the hot cream over the chocolate and let sit for a few minutes to melt. Stir until smooth. If the chocolate is not completely melted, microwave for another 5 seconds and stir again.
  3. Chill the ganache: Refrigerate the mixture for 20-30 minutes until it firms enough to scoop.
  4. Shape ganache portions: Spoon about 24 small dollops (about 1 tsp each) onto a parchment-lined tray and freeze for 30 minutes until well set. You may roll them into balls once firm, but this is optional.
  5. Preheat oven and mix dry ingredients: Preheat oven to 350°F (175°C). In a medium bowl, whisk together the flour, espresso powder, cocoa powder, sea salt, baking soda, and baking powder.
  6. Cream butter and sugars: In a separate bowl or stand mixer, beat the room temperature butter with white and brown sugars on medium-high speed for 3-4 minutes until light and fluffy. Add eggs and vanilla extract, beating until combined.
  7. Combine dry and wet ingredients: Add the flour mixture in thirds to the wet mixture, mixing on low speed until just incorporated. Avoid overmixing the dough.
  8. Assemble cookies: Scoop about 2 tablespoons of cookie dough and roll into balls. Make a thumb indentation in the center large enough to hold one ganache piece. Insert a ganache ball into each and cover completely with dough. Place on parchment-lined baking sheets.
  9. Bake cookies: Bake for 8-11 minutes until edges are set and tops appear puffy but not wet.
  10. Shape and cool: Optional: use a biscuit or cookie cutter to gently shape the cookies into perfect circles. Cool on pan for several minutes then transfer to a wire rack to cool fully. Dust with powdered sugar for a molten lava cake effect before serving.

Notes

  • For best results, use high quality dark or semi-sweet baking chocolate.
  • Ensure eggs and butter are at room temperature to create a smooth dough texture.
  • Espresso powder enhances chocolate depth but can be omitted if desired.
  • Freezing ganache pieces helps maintain a molten center during baking.
  • You can double the recipe by doubling all ingredients accordingly.
  • Cookie cutter shaping after baking is optional but adds to presentation.
  • Store baked cookies in an airtight container at room temperature for up to 3 days or freeze for longer storage.