DOUBLE BEARING ASSEMBLY

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A bearing assembly is for maintaining a rotatable shaft securely within its housing by employing two distinctly-positioned internal races mounted directly onto the shaft itself. Each internal race possesses an outer face with an integral radial-outer projecting ledge situated immediately adjacent one axial end, these components being oriented so that both of these protrusions align their exposed faces. The bearing assembly's construction continues on with the deployment of two additional distinct axially-separated external races, strategically located to envelop each of its respective inner race. An inherent feature of every single one of the bearing assemblies' outer race design consists of an internal race surface with a distinct projecting radial-inward shoulder area positioned nearby, positioned to create visual symmetry and prevent potential instability as both opposing surfaces consistently point away from their corresponding axis point towards its exact opposing side. To finalize this remarkable mechanical configuration each rotating unit has multiple round bearing balls fitted precisely within interdependent axial aligned races in place thereby supporting overall rotational dynamics effectively secured together via biasing springs located immediately inside to avoid slipping motion while the associated roller pieces rest harmoniously against surrounding race faces to generate steady continuous flow rotation by leveraging force exerted between shoulder projections on outer and inner rings alike ensuring optimal operational performance throughout life span.