Hedgehog Slice
3:18 AMI had a spare packet of Scotch Finger biscuits in the cupboard, so decided to make this quick and easy, no-bake slice. I omitted the nuts and the egg and it came out perfectly! The only advice I'd give is to let it chill before spreading the icing over - mine was still a bit crumbly when I was trying to ice it. All in all, a quick, easy and yummy slice - thanks to www.kidspot.com.au for the recipe!
Ingredients
250g packet Scotch Finger biscuits
¾ cup chopped pecans (or walnuts or almonds)
1 cup sultanas
125g butter
125g caster sugar
2 tbsp cocoa
2 tbsp coconut
1 tsp vanilla
1 egg, lightly beaten
Icing
1½ cups icing sugar
2 tbsp cocoa
2-3 tbsp water
Method
Grease a slice tin with butter.
Crush biscuits either by hand or in a food processor, leaving some lumps (I just broke them into a bowl then crushed with the base of a drinking glass).
Add nuts, sultanas, cocoa and coconut.
In a small saucepan or the microwave, melt butter, then stir in sugar, and vanilla.
Stir through biscuit mixture and then stir in egg.
Press into tin with the back of a spoon.
Put a bit of cold water on your fingers to press down the top so it is smooth.
To make icing, combine icing sugar and cocoa in a bowl and stir in enough water to form a spreadable paste.
Spread icing over slice and refrigerate overnight (this makes slicing much easier).
Cut into squares.
Grease a slice tin with butter.
Crush biscuits either by hand or in a food processor, leaving some lumps (I just broke them into a bowl then crushed with the base of a drinking glass).
Add nuts, sultanas, cocoa and coconut.
In a small saucepan or the microwave, melt butter, then stir in sugar, and vanilla.
Stir through biscuit mixture and then stir in egg.
Press into tin with the back of a spoon.
Put a bit of cold water on your fingers to press down the top so it is smooth.
To make icing, combine icing sugar and cocoa in a bowl and stir in enough water to form a spreadable paste.
Spread icing over slice and refrigerate overnight (this makes slicing much easier).
Cut into squares.
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