The gearless double-row bearing consists of an inner ring, an outer ring, and two rows of steel balls arranged in separate raceways. Both rings are free of gear teeth, making this a gearless configuration. The two rows are positioned to efficiently distribute axial, radial, and tilting moment loads, allowing the bearing to support axial loads (in both directions), radial loads, and tilting moments with superior stability and load distribution compared to single-row configurations.

The omission of gear teeth simplifies the ring geometry, reduces manufacturing costs, and makes the bearing easier to handle and install. Both rings are provided with mounting holes for straightforward bolted attachment to the machine structure.