![]() ![]() If the edge piece matches with the right-side centerpiece, then perform – U R Ui Ri Ui Fi U F If the edge piece matched with the left side centerpiece, then perform – Ui Li U L U F Ui Fi Before performing the algorithm, make sure you bring the front face back to its position at the starting of Step 2. Once you get the edge piece of the top layer matching with the front-facing centerpiece, then you need to move For Fito notice the desired edge piece matching either with the left side centerpiece or with the right-side centerpiece and perform the algorithm respectively.If none of the edge pieces matches, then move to another side and match again. Rotate the top layer and see if the front-facing edge piece of the top layer is matching with the front-facing centerpiece. Looking for the desired pieces in this step is a little bit tricky.From now onwards you will hold the cube will the solved first layer in the bottom while performing the algorithm. Now comes the second layer, where we have to push the middle layer edge pieces to its original position. The cube will look like this after solving the first layer. ![]() This will complete your first bottom layer. Repeat this corner piece steps with all the corners.Perform the algorithm Ri Di R D until the corner piece aligns itself perfectly.Now that you found the desired position of the corner piece, now hold the cube with the desired position facing front-right-up, and the corner piece just below its desired location in the bottom layer facing front-right-bottom.Now search for the corner pieces with the length equal to that of the bottom layer centerpiece, and find its original position by matching it with two side faces centerpiece.Do this until all the edge pieces of the bottom layer are placed correctly making a cross.Identify the edge pieces of the length equal to the bottom layer centerpiece, and match it with the side face’s centerpiece.We will start by making the cross of the bottom layer, which you have to do it yourself, there are no algorithms for this. Here we will take the layer with the longest length pieces the bottom layer, because the cube with large pieces in the bottom makes is convenient to hold while solving the 2 nd and 3 rd layers. Like every other cube, we will start with solving the bottom layer of the mirror cube, then proceeds towards the middle and finally the last layer. ![]()
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