Description
These Chocolate Pecan Turtle Clusters are a delightful no-bake treat combining toasted pecans, rich caramel, and smooth semi-sweet chocolate. Perfect for a quick and easy dessert or snack, these clusters offer the classic turtle candy flavors in bite-sized form.
Ingredients
Scale
Ingredients
- 1 cup pecan halves
- 1/2 cup caramel sauce (store-bought or homemade)
- 1 cup semi-sweet chocolate chips
- 1 teaspoon coconut oil (optional, for smooth melting)
Instructions
- Preheat and roast pecans: Preheat your oven to 350°F (175°C). Spread the pecan halves in a single layer on a baking sheet and roast them for 5-7 minutes until they are lightly toasted, being careful not to burn them.
- Prepare baking sheet: While the pecans are roasting, line another baking sheet with parchment paper or a silicone baking mat for easy removal of the clusters.
- Form pecan clusters: Once the pecans are toasted, arrange 3 to 4 pecan halves into small clusters on the prepared baking sheet.
- Add caramel: Drizzle a small spoonful of caramel sauce evenly over each pecan cluster to coat them well.
- Melt chocolate: In a microwave-safe bowl, melt the semi-sweet chocolate chips with the optional coconut oil in 20-second intervals, stirring after each until the mixture is smooth and fully melted.
- Coat clusters with chocolate: Spoon the melted chocolate over each pecan and caramel cluster, ensuring the pecans are completely covered.
- Set the clusters: Place the baking sheet in the fridge for 15-20 minutes to allow the chocolate to harden and set.
- Serve and enjoy: Once the chocolate has set, remove the clusters from the fridge and enjoy your sweet treats!
Notes
- For homemade caramel, gently warm caramel candies with a splash of cream until smooth.
- The coconut oil is optional but helps create a shinier, smoother melted chocolate.
- Store clusters in an airtight container in the refrigerator for up to one week.
- Use other nuts like almonds or walnuts if desired.
- To soften caramel for drizzling, you can microwave briefly or warm over low heat.
