What is the best robot vacuum in 2025?
Based on our extensive testing, the Roborock S8 MaxV Ultra is our top overall pick for 2025. It offers the best combination of powerful suction (8200Pa), intelligent navigation with AI obstacle avoidance, and a comprehensive self-maintaining dock that empties the dustbin and washes the mop pads automatically. For budget-conscious buyers, the Eufy X10 Pro Omni offers excellent value with most premium features at a lower price point.
Are robot vacuums worth the money?
For most households, yes. Robot vacuums have improved dramatically in recent years, with modern models capable of truly effective cleaning with minimal intervention. They're particularly valuable for maintaining clean floors between deep cleans, homes with pets, and busy households. While they may not completely replace traditional vacuums for some users, they significantly reduce the time spent on floor maintenance.
How often should a robot vacuum run?
We recommend running your robot vacuum daily or every other day for optimal results. Most models can be scheduled to clean automatically, and frequent cleaning actually improves performance since there's less debris to pick up each time. Homes with pets or high foot traffic may benefit from twice-daily cleaning.
Do robot vacuums work on all floor types?
Modern robot vacuums work well on hard floors (hardwood, tile, laminate) and most carpets. However, performance varies by model. High-pile carpets and very dark floors can be challenging for some robots. Premium models with LiDAR navigation and adjustable suction typically handle varied floor types best. Our reviews include specific floor-type testing to help you find the right match.
What's the difference between LiDAR and camera navigation?
LiDAR (Light Detection and Ranging) uses laser technology to create precise maps and works well in all lighting conditions, including complete darkness. Camera-based navigation uses visual sensors and AI to identify obstacles and map rooms, but may struggle in low light. LiDAR is generally more accurate for navigation, while cameras excel at obstacle identification. Premium models increasingly use both technologies together for optimal performance.