To provide a set for obtaining power by rotating a generator by converting an attraction force between magnets to a rotational force.

In this magnetic force rotating generator set, a main disc 1 and a sub-disc 2 are fixed to upper parts of a pair of bevel gears 3, respectively, and the outer circumference is divided into two sections on surfaces of the main disc 1 and the sub-disc 2 as basic dividing points. A basic tilting table 9a of the main disc 1 is secured to the basic dividing point of the main disc 1, and a basic tilting table 9b of the sub-disc 2 is secured to the basic dividing point of the sub-disc 2. Forward tilting pole face magnets 4 are secured to the basic tilting table 9a while changing N and S poles at each dividing point, and backward tilting pole face magnets 5 are secured to the basic tilting table 9b while changing N and S poles. A central shaft 7 is attached to the main disc and the sub-disc to obtain a main disc rotating machine 10 and a sub-disc rotating machine 11. At a position where the magnet arrangement dividing point in the S pole of the sub-disc rotating machine 11 is matched to the magnet arrangement dividing point in the N pole of the main disc rotating machine 10, the bevel gear 3 is meshed and the shaft of a generator 14 and a main shaft 7 provided on the outside of an apparatus container 12 are coupled to each other through a shaft coupling 20 while being supported by a bearing of the apparatus container 12.