![]() Keep doing this algorithm until the edges get permutated. This step is extremely easy! All you have to do is perform this algorithm. ![]() These steps will complete the middle layer and the cube will look something like this. You’ll have to practice solving the middle layer multiple times to get better at it. Keep looking for the edges and insert them. This will help you to solve your first edge. Look for the biggest edge and try to find the largest gap in the middle layer. The cube must be held in such a way that the solved face should be at the bottom. To solve the middle layer a cuber should know how to solve a 3x3 cube and also solve it faster. Use this algorithm while keeping the cross at the bottom to insert a corner piece which is in front of the slot. Again, this will take some time as the corners become quite hard to distinguish from one another during this stage. To solve the corners, one has to find the right corner for each slot and insert it. This step involves solving the corners of the first layer. ![]() The more you practice finding edges for the cross the better you’ll get at it. You’ll get better at it once you’ll solve it 2-3 times. ![]() Try to find the most suitable edges for each centre, this will take some patience as the mirror cube is a shape shifter. To do this, search for the edge which is the largest. The first step to solve the Mirror cube is to make a cross on the bottom layer. U’- Move the top layer in the anti-clockwise directionĭ- Move the bottom layer in the clockwise directionĭ’- Move the bottom layer in the anti- clockwise directionį- Move the front face in the clockwise directionį’- Move the front face in the anti-clockwise direction Cross U – Move the top layer in the clockwise direction We’ll be needing these notations to solve a Mirror cube. ![]()
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