✦ Dual-row ball configuration – Two rows of balls arranged in an offset pattern, with each row positioned at different pitch diameters to broaden the load-supporting footprint.

✦ Toothless ring design – Both inner and outer rings are manufactured without gear teeth, featuring plain cylindrical surfaces for integration with external drive elements.

✦ Split-raceway construction – Each ball row operates in a separately machined raceway channel, with a solid dividing wall between the rows for structural separation.

✦ Through-hardened rings – The rings are through-hardened to 42–46 HRC, with raceways induction-hardened to 56–60 HRC for a wear-resistant surface.

✦ Wide cross-section geometry – Rings feature a broad radial width with a height-to-width ratio of 1.5:1, optimized for heavy radial load capacity.

✦ Handles heavy radial loads – The wide, offset ball rows provide exceptional radial load capacity, ideal for applications with significant side forces.

✦ Easier integration with existing drives – Toothless rings allow direct coupling to chain, belt, or friction drives without gear matching constraints.

✦ Reduces machine footprint – The split-raceway design allows for a narrower overall width compared to single-row designs with equivalent capacity.

✦ Simplifies mounting alignment – The double-ring bolt pattern offers flexible attachment options, reducing the need for precise alignment during installation.

✦ Withstands heavy impacts – Through-hardened rings resist deformation from sudden shock loads, making them suitable for heavy mobile equipment.

✦ Versatile mounting – Bolt holes on both rings allow the bearing to serve as either a rotating or stationary mount, depending on application needs.