A classic treat that combines the crunch of pecans, the gooey sweetness of caramel, and the richness of chocolate. These Turtle Candies are easy to make and absolutely irresistible!
π Prep Time: 15 minutes
π Chill Time: 20 minutes
π½ Servings: 12 candies
π Ingredients
- π° 1 1/2 cups pecan halves
- π¬ 20 soft caramels (unwrapped)
- π₯ 2 tbsp heavy cream
- π« 1 cup semi-sweet chocolate chips
- π§ 1 tsp coconut oil or butter (optional, for a smoother chocolate finish)
- πΏ Sea salt (optional, for sprinkling)
π΄ Instructions
1οΈβ£ Prepare the Pecans:
- Arrange pecan halves in clusters of 3-4 on a parchment-lined baking sheet to form the “turtle legs.” Make about 12 clusters.
2οΈβ£ Melt the Caramel:
- In a microwave-safe bowl, combine the unwrapped caramels and heavy cream. Microwave in 20-second intervals, stirring each time, until smooth and melted.
3οΈβ£ Add the Caramel:
- Spoon a dollop of the melted caramel onto the center of each pecan cluster, ensuring it sticks the pecans together. Let the caramel cool and set slightly.
4οΈβ£ Melt the Chocolate:
- In another microwave-safe bowl, melt the chocolate chips and coconut oil (if using) in 20-second intervals, stirring until smooth and shiny.
5οΈβ£ Coat with Chocolate:
- Spoon or drizzle the melted chocolate over the caramel and pecan clusters, covering them completely or leaving some pecans visible.
6οΈβ£ Chill to Set:
- Place the baking sheet in the refrigerator for about 20 minutes, or until the chocolate is firm.
7οΈβ£ Serve & Enjoy:
- Sprinkle with sea salt for an extra flavor kick (optional). Serve and enjoy your homemade turtle candies!
π― Why Youβll Love These Turtle Candies
- Sweet & Crunchy: The perfect balance of caramel, chocolate, and crunchy pecans.
- Easy to Make: With just a few simple ingredients, these candies come together quickly.
- Perfect for Gifting: These make wonderful homemade gifts or holiday treats.
Get ready to fall in love with the simplicity and deliciousness of Turtle Candy with Pecans and Caramel. π’β¨ Perfect for any occasionβor just because! π
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