Roborock QRM52-00 – Plus.Parts® Washable HEPA Filter Set

The Roborock QRM52-00 is the retail product code for a Roborock robot in the Qrevo Master family, a platform at the premium end of the Roborock range, combining high-suction vacuum performance with an integrated mopping system and self-emptying dock capability. LiDAR navigation builds a room map at the start of each session and directs the robot along efficient cleaning paths, switching between vacuum and mop modes as it moves across different floor types. The Qrevo Master platform runs the robot at sustained suction levels throughout each session, which means the HEPA filter in the exhaust path processes a high air volume on every run. Maintaining the filter on the recommended schedule keeps the QRM52-00’s airflow path clear and preserves the suction output the platform is rated to deliver.

This set of ten Plus.Parts® washable HEPA replacement filters provides a direct-fit maintenance option for the Roborock QRM52-00. Each filter is built to match the original component’s housing dimensions and clip positions, fitting the QRM52-00’s filter bay without modification. The washable HEPA media can be rinsed and air-dried partway through its service interval, extending individual filter life. Ten filters in one order provides ten full maintenance intervals, reducing the frequency of reorder events for a high-performance robot used in regular daily sessions.

Washable HEPA media matched to the Qrevo Master platform airflow and filtration specification. Our team covers the full Roborock range and can answer any compatibility or order question.

What comes in the box

• Qrevo Master Direct-Fit – Washable HEPA media and housing geometry matched to the Roborock QRM52-00’s original filter specification.
• Washable HEPA Media – Rinse clean and air-dry between replacement intervals to extend each filter’s useful service life before it needs swapping out.
• Ten-Pack Supply – Ten filters per order provides ten full replacement intervals from a single purchase, suited to high-frequency robot use in busy households.