Roborock’s AI-powered robot vac hits $1,100 low with pet-friendly features

Roborock‘s latest AI-powered robotic vacuum represents a significant advancement in home cleaning automation, combining powerful suction capabilities with sophisticated navigation technology and an all-in-one dock system. The substantial $500 discount on this premium cleaning device highlights the growing accessibility of advanced smart home technology, as manufacturers compete to deliver comprehensive autonomous cleaning solutions that address both vacuuming and mopping needs with minimal human intervention.

The big picture: Roborock’s Qrevo Edge Robot Vacuum and Mop is now available at $1,099.99 shipped, matching the direct brand website pricing and offering a substantial 31% discount from its regular $1,600 price point.

Key features: The AI-supported vacuum combines powerful cleaning capabilities with advanced navigation and convenience technologies.

• The system delivers 18,500 Pa of suction power alongside a dual anti-tangle system featuring DuoDivide main brush and FlexiArm Arc side brush technologies.
• Navigation capabilities include structured light, RGB camera, LED obstacle recognition and PreciSense LiDAR for real-time home mapping.
• Extended mop pads specifically designed for edge and corner cleaning enhance the device’s thoroughness in hard-to-reach areas.

Tech integration: Beyond cleaning, the device incorporates smart home capabilities through voice assistant functionality.

• Users can interact with the device using the “hello, Rocky” voice command for hands-free operation.
• The system includes pet-friendly features like quiet 55dB operation, video calls, two-way voice interaction, and pet location tracking.

Maintenance features: The All-in-One Multifunctional Dock 3.0 minimizes user intervention in the cleaning process.

• The dock provides 167°F hot water mop washing, warm air drying, automatic dust emptying, and water tank refilling.
• The self-cleaning dock further reduces maintenance requirements, making the system more autonomous.