Dreame Aqua10 Ultra Roller 로봇 청소기

Burden of Manual Cleaning Time: The average household spends 6 hours cleaning per week, but busy modern individuals often skip this. Floor cleaning, in particular, is a cumbersome two-step process involving dust suction and then mopping, and it's easy to neglect. This leads to issues such as poor indoor hygiene and cleaning-related stress.

Limitations of Robot Vacuum Cleaners: Existing robot vacuum cleaners/mop robots have a significant issue with mop contamination. If a mop is used throughout the entire house, it becomes saturated with dirt, essentially dragging dirty water around. Users have to stop the robot to wash or replace the mop, making full automation difficult.

Additionally, robot vacuum cleaners have the inconvenience of not being able to completely clean corners and edges, and issues with carpet contamination (damaging carpets with wet mops), making it difficult to completely leave the cleaning to the robot.

Management Inconvenience of Existing Robot Vacuum Cleaners: Even with automatic washing and dustbin emptying stations in recent high-end robots, issues such as large dust particles or tangled hair often remain unresolved. In particular, brushes need frequent maintenance due to hair entanglement, and maintenance tasks such as emptying the dustbin and filling/emptying the water tank are still required.

Consumers are dissatisfied with the fact that "I still have to intervene intermittently," and as a result, the promised full autonomy of robot vacuum cleaners is not properly realized.

World's First Continuous Roller Self-Cleaning: The Aqua10 Ultra Roller features a system that washes the roller mop in real-time during cleaning and removes water (squeegees) on the spot."Only a clean mop makes a clean floor."Developed with this philosophy, this technology allows the robot to rinse the roller frequently as it moves and collect dirt in a separate tank.

As a result, the mop remains clean even after cleaning the entire house, preventing the re-application of contaminants to the floor. Unlike existing robots that return to the base for cleaning after cleaning a specific area, it is innovative in that it automatically cleans the roller while proceeding without stopping.

Complete Coverage with Ultra-High Suction Power + Extension Brush: Equipped with a powerful suction force of up to 30,000Pa and side brushes/rollers that automatically extend about 4cm out of the main body, it cleans closely to corners and edges. While ordinary robot vacuum cleaners leave blind spots in wall corners due to their circular design, the Aqua10 reaches within 1.5cm of wall corners with its extendable side brush and roller extension (MopExtend) function.

This eliminates cleaning blind spots, greatly reducing the need for manual finishing.

Smart Carpet Handling and Hair Entanglement Prevention: To prevent the wet roller from wetting the carpet,it features automatic roller cover closing (AutoSeal™) when a carpet is detectedand chassis lifting. This allows the robot to automatically retract the mop when passing over carpeted areas to prevent water from touching the carpet, and lifts the main body by 1.4cm to proceed without getting stuck on the carpet.

In addition, the dual brush (FluffRoll™ technology) uses one as the main roller and the other rotating in the opposite direction to loosen hair wrapped around the roller. Thanks to this anti-tangling design, long hair does not get tangled around the roller, so users rarely have to cut it out with scissors.

NVIDIA AI Vision-Based Obstacle Avoidance: Equipped with the OmniSight™ 2.0 vision system, which combines dual 160° wide-angle cameras and 360° LiDAR (LDS) on the front, it recognizes and avoids over 240 types of obstacles on the floor, such as small toys, wires, and pet waste. This is much smarter than the simple IR sensors of ordinary robots, increasing the probability of completing the cleaning without accidents.

Thanks to this, it reduces the burden on users to clean the floor before running the robot, and even in unexpected situations (such as a pet urinating), the robot makes its own judgment and avoids it, preventing secondary contamination.

Fully Automatic Maintenance with All-in-One Station: This robot performs a series of tasks in its dedicated base station: 100℃ high-temperature mop washing → hot air drying, automatic dust emptying (stores 100 days' worth), and even drying of the dust bag. In particular, since the roller is washed with 100 degrees Celsius hot water and dried with hot air, hygienic management is possible without worrying about bacterial growth or odors.

In addition, all the user has to do is replace the large dust bag once every three months and empty the sewage tank. If automatic water supply/drainage (with a water connection option to the base) is also supported, full autonomous operation will be possible. This full-option station minimizes user intervention, significantly reducing the maintenance hassle of existing robot vacuum cleaners.

General Consumers (B2C): Dual-income families who have difficulty spending time cleaning their homes and families raising pets are the main buyers. In particular, homes where a lot of hair and fur are produced and need to be cleaned frequently, or parents who want to keep the floor clean because they have infants, may be interested.

Consumers who feel the value of reducing housework, even at a high price point, are likely to choose this product.

Premium Market Segment: As the highest-spec product in its class, it targets the high-end robot vacuum cleaner market. For example, it can appeal to consumers considering iRobot or Roborock's top-of-the-line models with a more powerful feature package.

Early adopters and technology enthusiasts are also a segment that may be interested in purchasing due to their interest in new technologies (such as continuous cleaning).

Limited Commercial Space (B2B): It can also be used in cafes, small offices, etc., but it is optimized for home environments due to its mopping function. Since cleaning large commercial spaces is in the realm of industrial equipment, this product is expected to be sold mainly for home B2C use.

However, operators of small lodging facilities such as Airbnb may purchase it as an autonomous cleaning solution.

Global Market Development: Dreame is already a global home appliance brand that has entered Europe, North America, Asia, etc. It is highly likely to be sold immediately in markets with high demand for cleaning robots (USA, China, Germany, etc.).

However, it is important to have apps that support the languages of each country and to establish AS networks, and it is expected that Dreame will expand by utilizing its existing distribution network.

Product Lineup Expansion: Based on Aqua10 Ultra Roller technology, derivative products such as models for small apartments or cost-reduced Lite models may be released. Dreame has previously released entry-level models with some of the features of its main products removed to increase market share, so entry-level robots with continuous cleaning rollers are also expected in the future.

Application to Other Cleaning Fields: Continuous cleaning technology can be applied to steam mops, window cleaning robots, etc. in addition to robot vacuum cleaners. In addition, Dreame's AI vision and robot control technology can be extended not only indoors but alsooutdoors (e.g., terrace cleaning robot).However, it is currently focusing on indoor floor cleaning and is focusing on improving the technical completeness.

However, it is currently focusing on indoor floor cleaning and is focusing on improving the technical completeness.

Limitations: The product is expensive because it includes a complex mechanical structure and various high-tech parts. Therefore, it may be limited to the premium market rather than becoming popular in the short term. In addition, increased power consumption is expected due to high-temperature cleaning and strong suction, so the emphasis may be different in some regions that are sensitive to energy efficiency.

However, these limitations are not a major obstacle for the main target customer base and are areas that will be improved through future technology optimization.

CES Award and Media Attention: Dreame Aqua10 Ultra Roller won the Innovation Award in the CES 2026 Home Appliances category and was introduced as a "product that will change the landscape of home cleaning." The judges reportedly highly rated the integration of a number of groundbreaking features, including continuous cleaning and AI avoidance.

Tech media such as AndroidAuthority and Pocket-lint also selected it as one of the best home appliances during CES, praising it as "a machine that can do the same meticulous floor cleaning as a human."

Expectations for Technical Completeness: Viewers were amazed by the demonstration video of the robot cleaning corners cleanly, washing the mop itself, and drying it with hot air. In particular, robot vacuum cleaner reviewers said,"It has solved all the user complaints (mop management, corner cleaning, hair entanglement) that have been raised so far."and praised it.

However, there are some concerns, pointing out "Wouldn't it be difficult to repair in case of failure due to the complex mechanism?" and "What about parts wear or noise due to the continuous cleaning structure?", and mentioning that more information on long-term use is needed.

Market Reaction and Price Discussion: Among consumers,there is anticipation as "the all-purpose cleaner I've been dreaming of,"and on the other hand, there is great interest in the price. Dreame has not yet officially announced the price, but the industry is predicting around $1,500, and opinions are divided between "appropriate for a premium product" and "a price that is burdensome no matter how good it is."

However, since the high-end robot vacuum cleaner demand base is already accepting products in the $1,000 range, it is generally considered to be competitive enough in that segment. Overall, in terms of technological innovation, positive opinions outweigh overestimation, and actual user reviews will determine future reputation as marketability depends on technological implementation.