TP-Link Tapo RV30 LiDAR Navigation Robot Vacuum & Mop

The TP-Link Tapo RV30 combines advanced LiDAR navigation with dual cleaning capabilities to deliver comprehensive floor care. Equipped with precise laser-based mapping, this robot vacuum creates detailed room layouts for efficient, systematic cleaning patterns that minimize missed spots and redundant passes. The integrated mopping function tackles both dust and wet debris in a single pass, making it ideal for mixed flooring environments. With intelligent obstacle detection and adaptive suction power, the RV30 adjusts its performance based on surface type and dirt concentration. The device integrates seamlessly with the Tapo app for scheduling, real-time monitoring, and customizable cleaning zones. Its large-capacity dustbin and water tank reduce frequent emptying, while the auto-docking station handles charging and debris disposal automatically. Designed for households seeking reliable automation without complexity, the RV30 delivers consistent results across carpets, hardwood, and tile surfaces.

• 4200Pa Hyper Suction – Sweeps away debris sandwiched between gaps and dust hidden in carpets for a deeper, powerful clean.
• LiDAR & Gyro Dual Navi System – Accurately maps out your house in minutes, avoids omissions and repeated cleaning, and even works well in the dark.
• Vacuum and Mop Combo – 3-level electronic mopping tackles sticky messes and kitchen grease for a more thorough clean.
• Customizable Cleaning – Merge and separate areas, set cleaning schedule, and customize clean modes for each room.
• 5-Hour Continuous Cleaning – 5000 mAh battery for long-lasting, fade-free suction.
• Auto-Charging – Returns to the charging dock automatically when the battery gets low, and then restarts right where it left off.
• Carpet Auto-Boost – Increases the suction power when moving from a hard floor to a carpet.
• Voice & Remote Control – Simply send voice commands via smart speakers or control via the Tapo app.
• Real-time Voice Reporting – Keeps you informed about the robot‘s current status.