100gWhite Chocolate Chipsor use milk/dark chocolate chips
Instructions
Preheat the oven to 180°C (160 fan/ 350F/ Gas 4) and line 3 baking sheets with baking paper.
Cream together the softened butter and sugars in a mixing bowl until pale and fluffy. You may prefer to use an electric mixer - this cookie dough gets quite stiff later on!
100 g Light Brown Sugar, 80 g Caster Sugar (Superfine Sugar), 125 g Butter
Beat in the egg and vanilla extract.
1 Egg, 1 teaspoon Vanilla Extract
Mix in the flour, cocoa powder, bicarbonate of soda and baking powder. The mixture will seem quite stiff and dry at this point but you need to keep mixing. By hand, it takes about 5 minutes to get it to come together. Don't forget you can always use an electric mixer to make life easier (I quite like the work-out!).
240 g Plain Flour (All-purpose Flour), 30 g Cocoa Powder, ¼ teaspoon Bicarbonate of Soda, ½ teaspoon Baking Powder
Mix in the crushed mini eggs, micro eggs and white chocolate chips. Chill the dough for 30 minutes if time allows.
80 g Mini Eggs, 100 g Micro Eggs, 100 g White Chocolate Chips
Take heaped tablespoons of the mixture and roll into balls. Place on the prepared baking sheets, well-spaced. The mixture makes 20 cookies. Use a cookie scoop to ensure the cookies are the same size!
Bake in the oven for 10-12 minutes. Half-way through baking, take the baking sheets out of the oven and flatten down the cookies (with the back of spoon or fish slice). Return to the oven to carry on baking.
Once out of the oven leave to cool for 10 minutes before placing on a wire rack.
Notes
Use a standing or electric mixer if you need to - the dough is stiff.
Crush Mini Eggs in their packet with a rolling pin for even distribution.
Flatten cookies halfway through baking so they spread evenly.
Use a cookie scoop or tablespoon for uniform-sized cookies that bake evenly.
Let cookies cool completely before storing to keep them from going soft.
Nutrition:The nutritional information provided is approximate and is calculated using online tools. Information can vary depending on various factors, but we have endeavoured to be as accurate as possible.