The Roborock S80ULT is an S8-generation robot vacuum from Roborock’s self-maintaining line, combining the S8 platform’s 6000 Pa suction and DuoRoller rubber brush system with a dock designed to remove most routine maintenance from the owner’s schedule. The dock handles dustbin emptying and mop pad servicing automatically, so the robot can run on a schedule without requiring manual emptying after each session or mop cleaning between runs. The DuoRoller system’s two interlocked rubber rollers handle debris across both hard floors and carpets without the hair-wrapping cycle of bristle-roll designs, reducing the manual upkeep the brush itself demands. The combination of high suction, automated self-emptying, and rubber-roll pickup places the S80ULT in the tier where the robot operates genuinely independently for extended stretches.
The one maintenance task the dock does not cover is filter replacement. High suction at this level moves air through the filtration media in volume, and a loaded filter begins restricting airflow before the robot’s sensors register a performance drop. This set contains Plus.Parts® high-efficiency filters designed as a direct-fit alternative to the original Roborock consumables: three units matched to the S80ULT’s filter housing for a clean seal at each replacement cycle. The used filter lifts out, the replacement drops in, and the robot is back on schedule.
The team behind this set is reachable for filter compatibility questions across S8 variants, delivery queries, or anything about your order, a direct answer, not an automated response.
S80ULT: filter supply in place
- Matched to Your Device – Each filter is dimensioned for the S80ULT housing, sealing the full filtration path without modification at installation.
- Long-Lasting Components – Filter media selected to maintain its capture efficiency across the full replacement interval, not just initial use.
- Recommended by Our Team – Selected by the same team that reviews vacuum performance data and manages the parts range across all S8-generation models.






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