Ecovacs Deebot T30S Robot Vacuum Cleaner And Mop (Black)

How effective is the 11,000Pa suction on different floor types?

The 11,000Pa suction power excels across wooden floors, carpets and tiles. On hard surfaces, it captures fine dust particles and larger debris with equal effectiveness. For carpets, the powerful suction penetrates deep into fibres to extract embedded dirt and pet hair. The advanced motor technology maintains consistent suction throughout the 180-minute runtime, making it particularly effective for homes with mixed flooring types.

What makes the ZeroTangle technology different from standard robot vacuum brushes?

ZeroTangle technology features a specially designed brush structure that prevents hair from wrapping around the main cleaning brush. Traditional robot vacuums often require frequent maintenance to remove tangled hair, but this system actively prevents tangles from forming. The technology works with both human hair and pet fur, significantly reducing maintenance time and keeping the brush performing at peak efficiency throughout each cleaning cycle.

How does the hot water mop washing system work in the OMNI station?

The OMNI station heats water to 158°F (70°C) to wash the mop pads thoroughly after each cleaning session. This high temperature effectively removes bacteria and stubborn stains from the mop material. The system automatically refills the water tank, washes the mops and uses hot air drying to prevent mould and odours. This process happens without any manual intervention, maintaining hygiene standards for subsequent mopping sessions.

Can the TruEdge mopping technology clean right up to wall edges?

TruEdge adaptive edge mopping achieves 1mm accuracy when cleaning along walls and furniture edges. The floating arm technology adjusts to surface variations and maintains consistent contact with edges. This system improves edge cleaning coverage by 99% compared to standard round robot designs. The adaptive algorithms ensure thorough mopping along baseboards, around furniture legs and in corners where dirt typically accumulates.

What surfaces and room types work best with this robot vacuum?

The T30S works effectively on wooden floors, carpets and tiles with seamless transitions between surface types. It handles low-pile and medium-pile carpets particularly well due to the powerful suction. The robot navigates rooms with furniture, cables and typical household obstacles using TrueDetect 3D technology. It's suitable for open-plan living spaces, bedrooms, kitchens and hallways, with the ability to create custom cleaning zones for specific areas.

How long does the battery last and how quickly does it recharge?

The lithium-ion battery provides up to 180 minutes of continuous cleaning time on a single charge. This runtime covers most average-sized homes in one session. When the battery runs low, the robot automatically returns to the OMNI station for recharging. The fast-charging system reduces downtime between cleaning sessions and the robot can resume cleaning from where it left off if the battery depleted during a larger cleaning job.

What voice control and smart home integration features are available?

The robot responds to "OK YIKO" voice commands for hands-free operation without needing to locate your smartphone. It integrates with Amazon Alexa and Google Home for voice control through these platforms. Apple Watch users can control cleaning functions directly from their wrist, whilst smartphone widgets and Dynamic Island integration provide quick access to controls. The app allows detailed scheduling, room selection and cleaning customisation from anywhere.

How does the obstacle avoidance system protect furniture and prevent the robot getting stuck?

TrueDetect 3D 3.0 technology uses advanced sensors to identify furniture, cables, shoes and other household objects before contact occurs. The system calculates safe navigation paths around obstacles whilst maintaining efficient cleaning coverage. This prevents damage to both the robot and your furniture, whilst reducing instances of the robot becoming trapped under low furniture or tangled in cables. The technology works in various lighting conditions, including complete darkness.