Who are we?
We are an editorial site dedicated to helping you choose a robot vacuum. Our role is to make the differences between models clear and connect their features to the practical constraints of your home.
Connecting specifications to your everyday life
Robot vacuum listings contain numerous specifications, including power in pascals, sensors, maps, mops and automated dock functions. These elements need to be explained together. A dock that washes the mops still requires you to manage the water and clean certain components.
We organise this information around practical questions. Will the robot fit under your furniture based on its stated dimensions? Can it avoid wetting your carpets? How do you remove hair from its brush? We compare the documentation with buyer reviews to identify points that need attention, without presenting this analysis as hands-on testing.
Carefully curated, no filler
We don't claim to test every model in a lab. Our value lies in making sense of a crowded market and showing you only what matters.
1. Curation
We sift through the whole market and weed out models that offer little value. We only keep those worth a closer look.
2. Analysis & comparison
Every model is analysed using the same objective criteria: manufacturer data, specifications, user feedback and market trends.
3. Advanced filters
We build precise filters (budget, use, features...) to match you directly with the right robot vacuum cleaner for you.
Save time without limiting your choice
Most comparison sites simply list products. We've built a smart filtering system: start with YOUR needs (your garden size, budget and requirements) and we'll guide you straight to the right models.
The result: instead of trawling through dozens of product pages, you get a shortlist in just a few clicks. We narrow down the options, you make the final choice.
Try our filters →
100% independent
No brand pays to top our rankings. Some links are affiliate links, which fund our work, but they don't affect our ratings or the price you pay. Our opinions remain our own.