Roborock Saros Rover

Ajay Kumar from CNET highlights the Roborock Saros Rover as a groundbreaking robot vacuum with genuine stair-climbing capabilities, setting it apart from competitors that rely on treads or shells. Demonstrated at CES 2026, the Saros Rover’s unique leg-and-wheel design allows it to climb, clean, and maneuver on various stair types—including curved and carpeted—while maintaining impressive balance and control. Kumar is particularly impressed by its agility, ability to handle inclines, and advanced AI-driven navigation that enables obstacle avoidance, even reacting to fast-moving objects like pets or children. Although the prototype showed rare stumbles, its overall performance was smooth and confident. While pricing and availability remain unknown, Kumar anticipates a premium cost comparable to Roborock’s high-end models. The review conveys genuine enthusiasm for the Saros Rover’s innovative mechanics and software, tempered by realistic expectations about its early-stage development and market positioning.

Andrew Gebhart from PCMag highlights the Roborock Saros Rover as a standout innovation in robotic vacuums, particularly praising its unique legged design that enables it to climb and clean stairs—a capability not seen in competing models. The review conveys genuine enthusiasm about the Rover’s advanced motion sensors, AI-driven 3D spatial awareness, and impressive stability demonstrated during a CES demo. While the ability to jump and navigate complex obstacles is described as both practical and novel, Gebhart cautiously notes that real-world performance remains to be fully tested. The review also contextualizes the Saros Rover within Roborock’s broader product lineup, emphasizing its potential to redefine multi-level cleaning. However, the lack of pricing and release details tempers excitement slightly. Overall, the tone is optimistic and intrigued, with a balanced acknowledgment that the Saros Rover could mark a significant leap forward if it delivers on its ambitious promises.

Jennifer Pattison Tuohy from The Verge highlights the Roborock Saros Rover as a groundbreaking step forward in robotic vacuum technology, showcasing its unique ability to climb and clean stairs using articulating legs that move with impressive fluidity and control. The live demo impressed with the Rover’s froglike leg movements, ability to navigate slopes, and even perform small hops to overcome room thresholds. While the process of climbing stairs is slow and occasionally precarious, the Rover successfully avoids tumbling and manages various stair types in theory, though only wide, flat stairs were demonstrated. Tuohy expresses cautious optimism, noting that while it may not fully eliminate dust in stair corners, it represents a significant advancement. The review also points out that the product is still in development, lacks a mopping feature, and has no release date, leaving questions about practicality and affordability. Overall, the Saros Rover signals rapid evolution in robot vacuums, moving closer to versatile, humanoid-like home robots.

TechRadar’s Ruth Hamilton highlights the Roborock Saros Rover as a strikingly innovative robotic vacuum with hinged, independently operating legs that enable it to climb and clean stairs—both straight and spiral—while navigating uneven or sloped terrain. The review conveys a sense of genuine excitement about the Rover’s agility and playful movements, including its ability to rock, jump, and dodge objects, which sets it apart from traditional robot vacuums. While the prototype shown at CES 2026 impressed with its mobility and potential to eliminate no-go zones in multi-level homes, Hamilton notes that the product is still in development, with engineers actively debugging its routines. She appreciates Roborock’s cautious approach compared to previous rushed releases, expressing cautious optimism about the Saros Rover’s future market debut. The review balances enthusiasm for the product’s unique capabilities with a realistic acknowledgment of its unfinished state, making it a thoughtful preview rather than an unreserved endorsement.

Chelsea Stone from CNN Underscored highlights the Roborock Saros Rover’s innovative stair-climbing and mobility features showcased at CES 2026. The vacuum’s two independently moving wheel legs enable it to navigate stairs, slopes, and uneven thresholds with impressive precision, aided by AI, motion sensors, and 3D spatial awareness. Stone was particularly struck by the Saros Rover’s ability to maintain balance while ascending or descending and even perform small jumps to handle steps and obstacles. While the demonstration impressed with its technical prowess and futuristic design, Stone expresses some skepticism about the practical necessity of such advanced mobility in typical home environments, noting that steep inclines or stairs requiring this level of agility may be uncommon. Overall, the review conveys a tone of intrigued admiration tempered by measured doubt regarding the real-world usefulness of these standout features, presenting the Saros Rover as a remarkable but somewhat niche innovation in robotic vacuum technology.

Maria Diaz from ZDNET highlights the Roborock Saros Rover as a groundbreaking innovation in robotic vacuums, particularly praising its unique wheel-leg architecture that enables it to climb stairs and navigate multi-story homes autonomously. The reviewer expresses genuine excitement about seeing the device in action at CES 2026, emphasizing its advanced AI-driven mobility features such as independent leg movement, obstacle avoidance, and adaptive posture control. However, Diaz notes the lack of a market release date and pricing as a current drawback, tempering enthusiasm with practical considerations. The review situates the Saros Rover within Roborock’s broader 2026 product lineup, underscoring the company’s leadership in robotics innovation. Overall, the tone is optimistic and impressed, with a clear sense that the Saros Rover represents a significant step forward for consumer-ready household robots, even if it remains a work in progress pending commercial availability.