Abstract: The magnetic drive for electrical generation is a magnetically driven mechanical device in which two opposing arrays of permanent magnets are set in electromagnetic fields arranged with their positive polarity ends facing each other and that are set at an angle relative to the exterior of an interior shaft with a gap between the two opposing arrays necessary to allow for the rotation of the arrays. The exterior magnetic array is fixed, while the interior magnetic array is connected to a rotating shaft. The exterior magnetic forces work to push against the interior magnets causing the interior magnetic array to rotate. The interior shaft is inserted through and connected to an electric generator, converting the mechanical rotation into electrical power.