How Do I Solve This Cube?

[Revinous]

I've never done a Rubik's cube before. The pieces on this Rubik's cube go in a certain 3x3 position instead of color placement anywhere. Ex: you can get the opposite sides swapped accidentally and the Rubik's is wrong. Attached are the pictures of the Rubik's cube. How should I begin, or should I first start with just learning color placement, without adhering to the cube face pattern?

Can't find another one of these on the web because it was given out at a conference, but I'm sure there are similars. Thanks.

 

[Rcuber123]

It should be solvable in exactly the same way as every other cube. Google a tutorial

 

[JustinTimeCuber]

Yeah, find a tutorial to solve it and if it still doesn't work come back here

 

[Dr_Detonation]

It looks like an image cube. It should be easy enough.

 

[newtonbase]

They are slightly harder than a regular cube as the centres need to be the right way around but you can disregard that for now and we'll help you fix it at the end. As said above there are lots of tutorials available. This one is as simple as they come.
https://thecubicle.us/rubiks-cube-beginners-tutorial-a-48.html

 

[AlphaSheep]

While the centres are harder, the other pieces are slightly easier as because of the patterns, you can immediately see if piece is in the wrong place.

 

[AwesomeARC]

@Revinous:

The colour scheme seems to be different, but that won't be an issue.

Take a look at all of the 6 center pieces and note their colours. You don't have to worry about the patterns.

Then, google a tutorial. While following the tutorial, treat your colours like they were standard colours (think of grey to be white etc.

Good luck.
_________________________________________

If you want to take up cubing seriously in the future, you should switch to a cube with a standard colour scheme* as soon as possible.

*

Spoiler

Yellow on top
Blue on front
Red on right
Green on back
Orange on left
White on down

 

[cuber314159]

Some algorithms such as EPLLs change centre position

 

[AwesomeARC]

Some algorithms such as EPLLs change centre position

And... That's exactly how void cube parity algorithms work! Some of them only swap the center positions and the others twist them and swap their positions simultaneously.

EDIT: You probably already know about it.