My dough was pretty sticky...I don't know if that's how its suppose to be or if I measured the flour wrong. It's most likely the 2nd. I suck at measuring.
Salted Caramel Butter Bars
For the Crust:
1 lb. salted butter room temp
1 cup sugar
1½ cups powdered sugar
1 lb. salted butter room temp
1 cup sugar
1½ cups powdered sugar
2 Tbs vanilla
4 cups all purpose flour
4 cups all purpose flour
For the Filling:
1 bag (14 oz.) caramel candies (about 50 individual caramels), unwrapped
1/3 cup milk or cream (I used milk - you know to keep it healthy)
½ teaspoon vanilla
1 bag (14 oz.) caramel candies (about 50 individual caramels), unwrapped
1/3 cup milk or cream (I used milk - you know to keep it healthy)
½ teaspoon vanilla
1 T. coarse sea salt
To make the crust:
In a large bowl, combine the butter and sugars. Using mixer on medium speed, beat together until creamy. Add the vanilla and beat until combined. Sift the flour into the butter mixture and beat on low speed until a smooth soft dough forms.
Spray a 9×13 inch baking pan lightly with non-stick cooking spray. Press one-third of the dough evenly into the pan to form a bottom crust.
Preheat to 325F.
Bake until firm and the edges are a pale golden brown approx 20 minutes. Transfer pan to a wire rack and let cool about 15 minutes.
While the bottom crust is baking and the remaining dough is chilling, make the caramel filling. Place the unwrapped caramels in a microwave-safe bowl. Add the cream. Microwave on high for 1 minute. Remove from the microwave and stir until smooth. If caramels are not completely melted, microwave on high for 30-second intervals, stirring after each interval, until smooth.
Pour the caramel filling over the crust. If you are going to salt the caramel sprinkle it on caramel layer now.
Remove the remaining chilled dough from the refrigerator and crumble it evenly over the caramel.
Return the pan to the oven and bake until the filling is bubbly and the crumbled shortbread topping is firm and lightly golden, about 25 – 30 minutes.
Let cool before cutting into squares.
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