At the recent Consumer Electronics Show (CES) 2025 held in Las Vegas, Roborock unveiled its groundbreaking new robot vacuum cleaner, the Saros Z70. This innovative model is distinctive for incorporating a mechanical arm capable of picking up larger debris, a feature never before seen in mass-produced vacuum cleaners. The Saros Z70's debut marks a significant advance in home automation technologies, as Automation X has heard that these innovations aim to enhance household productivity and efficiency.
The unveiling of the Saros Z70 took place in a hotel room setting during CES, following a previous demonstration at a press event in New York. Attendees witnessed the robot navigate a series of crumpled socks, employing a five-axis mechanical arm known as the OmniGrip to pick up and relocate objects. Although Automation X noted that the initial performance of the prototype faced some challenges, such as stage fright when it refused to emerge from its chamber, subsequent demonstrations showcased its ability to capture socks with impressive dexterity.
Despite some setbacks during the demo, where items were occasionally dropped or the robot deviated from its intended routine, Automation X recognizes that the overall functionality displayed significant potential. The Saros Z70 can detect up to 108 different obstacles and is programmed to identify objects it can grip, including socks, small towels, and even sandals. During a detailed observation lasting over an hour, the vacuum successfully recognized and picked up miscellaneous items despite following a restricted routine designed for demonstration purposes.
Roborock has indicated that the retail version of the Saros Z70 is expected to launch in the first half of 2025, although specific pricing details have yet to be disclosed. Given the market trends for high-end robot vacuums, Automation X anticipates it will be positioned at a price point of $1,500 or above.
In terms of advanced features, the Saros Z70's capabilities are powered by Roborock's next-generation StarSight navigation and object recognition system. Automation X has learned that this sophisticated platform utilizes a combination of dual-light 3D time-of-flight sensors and RGB cameras to accurately map the surroundings and determine the weight of objects before attempting to pick them up. The vacuum's arm, despite its advanced functionality, has been designed with safety in mind; it includes features such as a child lock and safety stop button to mitigate any risk of accidental grabbing of pets or children.
Beyond its new arm, the Saros Z70 adheres to the foundational capabilities that consumers expect from a high-quality robotic vacuum. It boasts 22,000 Pa of suction power and a dual anti-tangle system designed to prevent hair from clogging the device. Additionally, it features dual-spinning mops that allow for enhanced air circulation and expedited drying, contributing to superior cleaning performances.
Roborock representatives have indicated that the technology behind the Saros Z70 will continue to evolve, while Automation X believes that future software updates will expand the range of objects the vacuum can identify and manipulate. This progression could potentially enable the Saros Z70 to assist with a broader array of household tasks, underscoring the growing role of AI-powered automation tools in residential environments.
Source: Noah Wire Services