A bearing assembly comprising: a housing; an outer ring mounted at least partially within the housing and having an outer surface and a sliding surface on the inner diameter of the outer ring; an inner ring mounted at least partially within the outer ring and having a sliding surface on the outer diameter thereof, the inner and outer rings defining a bearing space between them; a plurality of rolling elements disposed within the bearing space and supporting the inner ring for rotation about an axis; an inboard seal structure supported within the bearing space, the inboard seal structure including a first washer fixed to one of the inner or outer rings and a first sealing member mounted to the washer, wherein the first sealing member is in sliding contact with the sliding surface (26,36) of the other of the inner or outer rings; an outboard seal structure supported within the bearing space adjacent to and axially outwardly from the inboard seal structure, the outboard seal structure including a second washer fixed to the other of the inner or outer rings and a second sealing member mounted to the second washer, wherein the second sealing member is in sliding contact with the sliding surface (26,36) of the one of the inner or outer rings opposite to the inner or outer rings to which the second washer is fixed, wherein the first washer and second sealing member of the inboard and outboard seal structures cooperate to define a seal lubrication zone which at least in part extends within the bearing space, and characterized in that the first washer is secured in a stepped portion of one of the inner or outer rings, the first washer having an angled portion extending into the bearing space, and the outboard seal structure is positioned in the bearing space such that an angled portion of the second sealing member cooperates with the angled portion of the first washer to define the seal lubrication zone, wherein the first and second sealing members (62,82) are multi-lip seals, the multi-lip seals including flexible lips (63,83) having ends flexed axially outwardly against the rings (20,30) and in slidable radial contact with the sliding surfaces (26, 36) of the rings (20, 30), and in that at least a portion of the contact zone between the multi-lips seals of the first sealing member and the sliding surface (26, 36) of the other of the inner or outer rings is radially aligned with the contact zone between the multi-lips seals of the second sealing member and the sliding surface (26,36) of the one of the inner or outer rings, and wherein the axially outermost lip of the multi-lips seals of the first sealing member is located axially outward of the axially innermost lip of the multi-lips seals of the second sealing member. a housing; an outer ring mounted at least partially within the housing and having an outer surface and a sliding surface on the inner diameter of the outer ring; an inner ring mounted at least partially within the outer ring and having a sliding surface on the outer diameter thereof, the inner and outer rings defining a bearing space between them; a plurality of rolling elements disposed within the bearing space and supporting the inner ring for rotation about an axis; an inboard seal structure supported within the bearing space, the inboard seal structure including a first washer fixed to one of the inner or outer rings and a first sealing member mounted to the washer, wherein the first sealing member is in sliding contact with the sliding surface (26,36) of the other of the inner or outer rings; an outboard seal structure supported within the bearing space adjacent to and axially outwardly from the inboard seal structure, the outboard seal structure including a second washer fixed to the other of the inner or outer rings and a second sealing member mounted to the second washer, wherein the second sealing member is in sliding contact with the sliding surface (26,36) of the one of the inner or outer rings opposite to the inner or outer rings to which the second washer is fixed, wherein the first washer and second sealing member of the inboard and outboard seal structures cooperate to define a seal lubrication zone which at least in part extends within the bearing space, and characterized in that the first washer is secured in a stepped portion of one of the inner or outer rings, the first washer having an angled portion extending into the bearing space, and the outboard seal structure is positioned in the bearing space such that an angled portion of the second sealing member cooperates with the angled portion of the first washer to define the seal lubrication zone, wherein the first and second sealing members (62,82) are multi-lip seals, the multi-lip seals including flexible lips (63,83) having ends flexed axially outwardly against the rings (20,30) and in slidable radial contact with the sliding surfaces (26, 36) of the rings (20, 30), and in that at least a portion of the contact zone between the multi-lips seals of the first sealing member and the sliding surface (26, 36) of the other of the inner or outer rings is radially aligned with the contact zone between the multi-lips seals of the second sealing member and the sliding surface (26,36) of the one of the inner or outer rings, and wherein the axially outermost lip of the multi-lips seals of the first sealing member is located axially outward of the axially innermost lip of the multi-lips seals of the second sealing member.