Dreame's X60 Max Ultra looks impressive but prompts muted excitement

Dreame previewed the X60 Max Ultra Complete at CES 2026, highlighting a slimmer profile and a dock that washes and dries mop pads; U.S. preorders are open with a $1,699.99 list price.

Dreame previewed its new flagship, the X60 Max Ultra Complete, at CES 2026. The model keeps many headline features of its predecessor, the X50 Ultra, while adding tweaks and refinements. Highlights mentioned include a retracting navigation puck, threshold-crossing stilts, and a dock that can wash and dry mop pads. The preview also noted a marked reduction in height and other updates, while the author said their excitement was tempered by Dreame's already-high standard. Key details: - Model: Dreame X60 Max Ultra Complete previewed at CES 2026 and described as carrying many features from the X50 Ultra. - Mechanical features include a retracting navigation puck, small stilts for crossing thresholds, and a dock that washes and dries mop pads using water heated to 212°F (100°C). - Dreame states the robot is 3.13 in (7.95 cm) tall and markets it as the industry's thinnest robot vacuum; the X50 measured 3.5 in (8.9 cm), and the article notes a near tie with the Roborock Saros 10 at about 3.1 in (8 cm). - A two-part detergent dispenser is reported to include standard cleaning fluid plus a specialized agent for eliminating pet odours. - The navigation system, dirt-detection sensitivity, threshold-crossing limit, and suction power are reported as improved. - List price is $1,699.99 in the U.S.; preorders are open there with discounts, while UK and Australian pricing and availability are to be confirmed. Summary: The preview frames the X60 as an evolutionary update focused on refinements rather than a major redesign. The thinner profile and the dock's wash-and-dry capability stand out, alongside pet-focused detergent options and reported navigation and suction improvements. Availability and exact pricing outside the U.S. remain undetermined at this time, and hands-on testing is expected to clarify real-world performance.