of the driven bearing finger cage and the rotational speed of the bearing finger cage assures the mechanical and rotational speed of the speed regulated mechanical seal wherein the relative speeds of the plurality of sealing faces are reduced proportionally by the division of applied shaft speed revolutions among the plurality of seal finished face members the reduced relative surface speeds of sealing face members will increase the overall service life of the unique speed regulated mechanical seal and bearing assembly the reduced relative surface speeds of sealing face members will allow greater applied shaft rotational speed than present art mechanical seals application_number US 24723294 A description fig1 is a perspective view of the double faced speed regulated mechanical seal and bearing assembly inside stationary endplate 12 is a seal ring groove seat for seal ring 29 said seal ring 29 is the axial slide motion seal for non rotating mechanical seal 40 compression spring sockets 70 are recessed in said seal 40 seal finished face 31 of double faced speed regulated mechanical seal 52 is pressed to mechanical sealing pressure exerted by the axial slide motion of said seal 40 mechanical digits 25 of said seal 52 engage mechanical driver.