Roborock G30 Space – Plus.Parts® Spare Mop Pads

The Roborock G30 Space is an accessible robot vacuum and mop that keeps everyday hard floor maintenance straightforward. It handles the kind of cleaning most households need daily, dust, fine debris, and light grime on hard floors, with a mop system that applies moisture and pad contact during each run. At this point in Roborock’s range, the G30 Space represents a practical combination of vacuuming and mopping capability that does not require premium-tier investment to deliver consistent daily results.

The mop pads are the part that contacts the floor during each cleaning session. They are reusable and washable, but the microfibre surface compresses and loses texture over time through repeated use and wash cycles. When a pad has lost its flat scrubbing contact with the floor, pilling, flattening, or retaining odours from accumulated floor grime, the mopping system delivers less than it should. Replacing the pads is the simplest and most direct maintenance step available, and it has a measurable impact on what the G30 Space achieves on hard floor surfaces each day.

This set contains four Plus.Parts® spare mop pads for the Roborock G30 Space. Each pad is formed for the robot’s mop plate, attaches without modification, and is made from microfibre that delivers reliable absorption and floor contact across the G30 Space’s cleaning passes.

The construction holds up across the replacement cycle without rapid texture degradation. Got a question about which set fits your G30 Space? The team answers personally.

The case for replacing

• Direct-Fit Compatibility – Pads formed for the Roborock G30 Space mop plate, attaching without adjustment for immediate use.
• Designed for Daily Use – Microfibre construction that handles regular floor contact and repeated wash cycles across the full replacement interval before texture loss becomes noticeable.
• Reliable Quality – Consistent pad construction across all four in the set, so every session delivers the same level of floor contact and absorption throughout.