FLOOR CARE · US CONFIGURATIONS
Robot vacuum home-fit checklist
Measure the route through your home before comparing headline specifications. A suitable dock location is part of the purchase.
Researched 18 October 2026 · Manufacturer specifications and current retailer configuration.
1. Walk the cleaning route
List the rooms the robot should reach on the same floor. Measure raised thresholds and inspect their shape, not just their height. A sloped transition, a vertical step and a two-part sill are different obstacles. Keep stairs protected as instructed in the manual, and supervise the first run.
2. Check rugs and flooring
Note deep pile, loose fringes, dark patterns and rugs that move easily. Mop lifting does not guarantee a dry high-pile rug. Use no-mop zones or remove pads where the maker requires it. Ask your floor supplier whether wet mopping and the proposed cleaner are suitable for sealed wood, laminate or delicate finishes.
3. Measure underneath furniture
Measure the lowest opening along the entire route, including support rails and sagging fabric. Allow room for the robot to turn and leave. A robot that fits through the front opening can still become trapped beneath a chair or sofa.
4. Place the dock before ordering
Choose an accessible power outlet and a level position within the manufacturer’s clearance requirements. For a water-tank station, leave lifting room above it and a practical route to a sink. Do not hide tanks beneath a fixed shelf. Check whether any advertised plumbing kit is included, locally supported or sold separately.
5. Check the purchase conditions
Record the exact model, colour, included dock and accessories. Read the retailer’s return conditions before relying on a trial at home. The selected Q10 S5+ listing currently excludes returns and refunds. Verify regional warranty coverage and replacement-part availability.
6. Plan the first week
Pick up cords, small toys and pet bowls where needed. Run the robot while you are home, review the map, set excluded zones and inspect brushes and pads. Obstacle avoidance is assistance, not a guarantee that a robot can safely handle every mess.