# Need help with last layer mirror cube

## Is this possible

• ### Yes

• Total voters
4

#### parsa419

##### Member
Hello everyone who is reading and willing to answer my question. I have a very rare case on my cube (mirror) that i have no idea how to do. This is what it kind of looks like:
O = placed correctly
Q=not placed correctly
*view from last layer
O - O - O
Q - O - Q
O - O - O

If you could just visualise it. I need to swap the 2 Qs without breaking the bottom. Ty if you answer.

#### Thom S.

##### Member
In theory this is not possible. It is very possible that you didn't actually buy a real mirror cube, but instead an inequal cube in which this is possible as there are identical pieces

#### bubbagrub

##### Member
Is it possible they're placed correctly but flipped...? That is a possible state...

#### Thom S.

##### Member
Is it possible they're placed correctly but flipped...? That is a possible state...
He doesn't state anything about orientation. It's an Opposite swap on the top layer so he most probably switched two identical pieces in the F2L

#### parsa419

##### Member
In theory this is not possible. It is very possible that you didn't actually buy a real mirror cube, but instead an inequal cube in which this is possible as there are identical pieces
Well i have solved it 1 or 2 times using the standard way but now im just stuck on that level, i wish i could have took a picture

#### parsa419

##### Member
He doesn't state anything about orientation. It's an Opposite swap on the top layer so he most probably switched two identical pieces in the F2L
Well i said that the O - O - O Is a view of the last layer. So your basically looking from the top. The rest is solved.
Q - O - Q
O - O - O

#### parsa419

##### Member
In theory this is not possible. It is very possible that you didn't actually buy a real mirror cube, but instead an inequal cube in which this is possible as there are identical pieces
Wait so inequal cubes are cubes and are there turtorials for it or by inequal you mean its broken.

#### Thom S.

##### Member
Well i said that the O - O - O Is a view of the last layer. So your basically looking from the top. The rest is solved.
Q - O - Q
O - O - O
I know exactly how you meant it, read my message

Wait so inequal cubes are cubes and are there turtorials for it or by inequal you mean its broken.
No. On a real Mirror cube every piece is unique. On a inequal cube there are identical/identical looking pieces.

#### parsa419

##### Member
I know exactly how you meant it, read my message

No. On a real Mirror cube every piece is unique. On a inequal cube there are identical/identical looking pieces.
So should I go look for tutorials on how to solve a identical cube?

#### Thom S.

##### Member
So should I go look for tutorials on how to solve a identical cube?
Inequal cube. No, that would take away the fun of figuring it out.