Roborock Unveils Stair-Climbing Robot Vacuum and 2026 Lineup at CES

Pasukan Editorial BigGo
Roborock Unveils Stair-Climbing Robot Vacuum and 2026 Lineup at CES

CES 2026 has once again become a showcase for the future of home robotics, with Roborock leading the charge. Following last year's debut of a robot vacuum with a mechanical arm, the company is pushing boundaries further with a prototype that can navigate stairs and a suite of new models boasting significant improvements in cleaning power, navigation, and autonomy. This year's announcements signal a clear move towards robots capable of handling entire multi-story homes without human intervention.

The Saros Rover: A Glimpse into a Multi-Story Future

The star of Roborock's CES booth is undoubtedly the Saros Rover, a concept robot vacuum that represents a radical departure from traditional designs. Instead of a low-profile, circular chassis, the Rover features a "wheel-leg" architecture. Its two main wheels are mounted on extendable, articulating legs, allowing the vacuum to lift its body nearly a foot off the ground. This enables it to perform tasks previously impossible for floor-bound robots: climbing up and down stairs, stopping on each step to clean, executing small jumps, and tilting to navigate complex obstacles. Powered by AI algorithms that process 3D spatial data, the Rover balances like a Segway and demonstrates a level of environmental interaction that hints at a future where robots can freely access all levels of a home. While Roborock confirms it is a real product in development, a market release date and price have not been announced.

Roborock 2026 Product Lineup Summary

Product Type Key Feature Status / Price
Saros Rover Robot Vacuum (Concept) Wheel-leg design climbs stairs In development, no price/date
Saros 20 Robot Vacuum & Mop 35,000Pa suction, climbs 1.77" thresholds 2026 release, price TBA
Saros 20 Sonic Robot Vacuum & Mop Sonic mop (4,000 vibrations/min), retractable LiDAR 2026 release, price TBA
Qrevo Curv 2 Flow Robot Vacuum & Mop Rotating roller mop, side extension USD 849 (promo), then USD 999 from Jan 19, 2026
RockMow X1 LiDAR Robot Mower LiDAR navigation, no boundary wire US release confirmed, price TBA
F25 Ace Pro Manual Vacuum & Mop Generates cleaning foam USD 550 (promo from Jan 19), then USD 699

Refined Flagships: The Saros 20 and Saros 20 Sonic

For more immediate purchases, Roborock is refreshing its flagship Saros line. The new Saros 20 builds upon its award-winning predecessor with an upgraded AdaptLift Chassis 3.0 system. This innovation allows it to climb single thresholds up to 1.77 inches high, a critical improvement for homes with raised room transitions or sliding door tracks. It intelligently remembers how it crossed specific obstacles, streamlining future cleaning runs. Suction power sees a substantial boost to 35,000Pa, and its new RoboDock uses 212°F water to wash and 131°F air to dry the mop head, promising better hygiene.

The Saros 20 Sonic variant caters to those who prioritize deep scrubbing. It swaps the dual spinning mops for a single, semi-circular sonic mop head that vibrates up to 4,000 times per minute and can extend from the chassis to reach into corners. A clever retractable LiDAR dome allows its body to slim down to just 3.1 inches, letting it clean under low furniture. Both Saros 20 models feature an enhanced AI vision system capable of recognizing over 200 different objects to avoid collisions and messes.

Performance & Specification Comparison

  • Suction Power: The new Saros 20 and 20 Sonic lead with 35,000Pa suction. The Qrevo Curv 2 Flow offers 20,000Pa, prioritizing its roller mop system.
  • Obstacle Navigation: The Saros 20's AdaptLift 3.0 chassis (1.77" climb) is a standout for indoor thresholds. The Saros Rover's leg mechanism is in a category of its own for vertical mobility.
  • Mopping Technology: Three distinct systems are offered: dual spinning mops (Saros 20), a high-frequency vibrating mop (Saros 20 Sonic), and a rotating roller mop (Qrevo Curv 2 Flow).
  • Autonomy & AI: All new robot vacuums feature advanced AI for object recognition (over 200 objects for Saros models). The RockMow X1 LiDAR brings this autonomous, wire-free mapping technology to lawn care.

New Mopping Tech: The Qrevo Curv 2 Flow

Introducing a new mopping technique to its lineup, Roborock unveiled the Qrevo Curv 2 Flow. This model employs a rotating roller mop, similar to a floor scrubber, which spins at 220 RPM and applies 15N of pressure. A key feature is its side extension capability, allowing the mop to reach along edges and into corners. The mop is continuously rinsed within the robot's chassis during operation to prevent redepositing dirt. While its 20,000Pa suction is less powerful than the Saros series and it lacks the threshold-climbing ability, it offers a specialized tool for hard floor care. It will be the first available, launching on January 19, 2026, at a promotional price of USD 849 before rising to USD 999 on February 1.

Expanding Outdoors: Robot Mowers Enter the US Market

Roborock is officially bringing its recently announced robot mower lineup to the United States. The range includes the entry-level RockNeo Q1 for small to medium yards and the flagship RockMow X1, which boasts four-wheel drive and a dynamic suspension for tougher terrain. Most notably, the RockMow X1 LiDAR variant eliminates the need for perimeter wires or an external RTK antenna by using onboard LiDAR and sensors to map and navigate the yard autonomously, much like an indoor robot vacuum.

A Strategic Vision for Home Robotics

Alongside these launches, Roborock announced a strategic partnership with European soccer club Real Madrid, highlighting its growing brand stature. The company also revealed the F25 Ace Pro, a manual wet/dry vacuum and mop that generates its own cleaning foam, set to go on sale January 19 for USD 550. From the aspirational Saros Rover to the practical upgrades in the 2026 lineup and the expansion into yard care, Roborock's CES presentation paints a picture of a company systematically solving the pain points of home maintenance, one autonomous device at a time.