No one knows why this Magnet-Motor should not work.
Below, are two diagrams of a Magnet-Motor with no sticky-points.
( The direction of rotation is shown by a white arrow )
It has no sticky-points, because the only sticky-point, the last magnet on the wheel to leave the component on the diagram labelled as 'A', is MORE-THAN counterbalanced by all of the magnets behind it on the wheel ) .
NOTE : Magnetic-Repulsion is not used in this Magnet-Motor ( not in this design ).
NOTE : This Magnet-Motor could work by either having magnets on the rim of the wheel, and component 'A' could just be made of metal( not a magnet ) , OR, the magnets on the wheel could be replaced with pieces of metal, and 'A' could be magnetic. ( OR, the 'wheel' could have magnets and 'A' could also be magnetic ).
THE REASON WHY IT SHOULD WORK - Pieces of metal always move to the middle point of a magnet, and I assume that magnets always move to the middle point of a piece of metal.
SO, ALL OF THE MAGNETS, BEHIND THE LAST MAGNET ON THE WHEEL TO LEAVE THE COMPONENT ON THE DIAGRAM LABELLED AS 'A' , WILL HAVE A 'TOTAL MAGNETIC FORCE' WHICH IS GREATER THAN THAT OF THE LAST MAGNET ON THE WHEEL TO LEAVE THE COMPONENT ON THE DIAGRAM LABELLED AS 'A' , WHICH WOULD RESULT IN ROTATION.
The second diagram below, shows another design for the component on the First-Diagram below, which is labelled as 'A' .