Market Overview
The US Cleaning Robots market was US$ 2,661.68 million in 2024 and is expected to reach US$ 14,889.06 million in 2032 growing at a CAGR of 24.2% during the forecast period (2025-2032).
The US cleaning robots market is experiencing robust growth, driven by technological advancements, increasing focus on hygiene and rising demand for automation across industries. The growth of smart home technology and the integration of AI and IoT are significantly boosting the US cleaning robots market.
For instance, according to SwiftBeacon (2025), around 69.91 million US households used smart home devices in 2024, with that number expected to reach 103 million by 2028. The average American spent an average of $1,200 on smart home devices in the year 2022. By 2025, 57% of US consumers are projected to adopt smart home tech. In terms of adoption, Connecticut leads with 28.2% of homes using smart tech, followed by Utah (27.8%) and Maryland (27.6%). The growing penetration of AI, IoT and smart infrastructure is making robotic cleaning solutions more efficient, accessible and aligned with modern consumer and commercial demands.
Additionally, product innovation is a key driver in the US cleaning robots market, helping vendors stay competitive through advanced features and specialized applications. In 2024, Tennant partnered with Brain Corp, investing $32 million to co-develop AI-powered autonomous floor-cleaning robots. The collaboration combines Tennant’s equipment expertise with Brain Corp’s next-gen navigation technology. Similarly, in 2023, Avidbots launched Neo 2W, the first cleaning robot designed specifically for warehouses and manufacturing settings, enhancing efficiency and cleaning quality. Such innovations are expanding the scope and appeal of robotic cleaning solutions across industrial and commercial sectors.
Therefore, the US cleaning robots market is witnessing strong momentum due to evolving hygiene standards, smart building integration, aging demographics, warehouse automation needs and AI advancements.
Market Dynamics
Drivers
Technological Advancement & Modernization in the Field of Robotics
Technological advancements such as AI, IoT and SLAM are driving the adoption of cleaning robots in the US commercial office real estate market. SLAM (Simultaneous Localization and Mapping) allows robots to navigate complex office spaces autonomously, ensuring comprehensive cleaning without human intervention. This technology optimizes cleaning routes in real-time, adapting to changes in the environment like furniture rearrangements, which is essential for large office buildings.
AI-powered object recognition further enhances cleaning robots by allowing them to detect and avoid obstacles, while learning from previous cleaning cycles to improve efficiency. This capability ensures precision cleaning in high-traffic areas, such as entrances and conference rooms, while reducing the need for manual adjustments. The robots’ self-learning abilities contribute to continuous improvement and higher-quality performance.
The integration of cleaning robots with IoT and smart building management systems (BMS) facilitates remote monitoring and predictive maintenance. IoT connectivity allows building operators to track cleaning performance, adjust schedules and optimize energy use by aligning cleaning cycles with other building systems, such as HVAC. This seamless integration enhances operational efficiency and reduces costs for property owners.
For commercial office real estate owners, the integration of advanced robotic cleaning technologies provides a cost-effective solution with improved operational efficiency. Additionally, by aligning cleaning schedules with BMS, building operators can reduce labor costs, increase sustainability and enhance tenant satisfaction, making robotic cleaning an attractive long-term investment in modern office environments
Restraints
Frequent Maintenance Requirements Due to Small Storage Units
One of the key operational limitations of cleaning robots—especially robotic vacuum cleaners and scrubbers—is their limited onboard dustbin or tank capacity, which leads to the need for frequent emptying. This issue significantly restrains market growth, particularly in environments where large volumes of debris, pet hair or liquid waste are generated regularly.
Most robotic vacuum models used in homes or offices come equipped with dustbins ranging from 0.3 to 0.6 liters and in some industrial models, even though the tanks are slightly larger, they are often still insufficient for heavy-duty or extended cleaning cycles.
For instance, in residential settings, especially those with pets or large families, users often find that dustbins need to be emptied after each cleaning session.
If the bins are not emptied on time, the buildup of waste can lead to blockages, unpleasant odors, reduced suction efficiency and hygiene issues, defeating the very purpose of using automated cleaning.
In commercial applications like hotels, hospitals or airports—where cleanliness needs to be maintained continuously—frequent interruptions to empty the dustbin or refill the water tank disrupt productivity and increase manual workload, which undermines the robots' value proposition as a labor-saving tool.
Frequent emptying remains a critical restraint in the US cleaning robots market as it reduces true automation, increases manual dependency and limits operational efficiency—particularly in large, high-traffic or hygiene-sensitive environments. To overcome this barrier, the market must move toward developing larger onboard capacities, smarter waste monitoring systems or cost-effective self-emptying technologies to support long-term, uninterrupted performance.
Market Segmentation
The US cleaning robots market is segmented based on type, product, operation mode, end-user, sales channel and region.
By Robot Type:
Floor Cleaning Robots
Floor Cleaning Robots in the US cleaning robots market was valued at US$ 1,533.93 million in 2024 and is estimated to reach US$ 10,171.35 million by 2032, growing at a CAGR of 26.8% during the forecast period from 2025-2032.
Autonomous floor-cleaning robots (AFCRs) have become increasingly popular due to their ability to provide efficient and effective cleaning without the need for human intervention. These robots can perform various cleaning tasks, such as mopping, vacuum cleaning, scrubbing or sweeping, in domestic or industrial setups.
Over the past decade, US households have steadily embraced floor-cleaning robots as part of the broader smart-home transformation. Advanced navigation technologies like LiDAR, real-time mapping and app-based controls have built consumer confidence. A fully mature domestic market exists: more than 2 million floor-cleaning robots were sold globally in 2023, making up nearly 57% of all domestic service robots. Demand experienced a surge during the COVID-19 crisis as consumers quarantined at home and invested in automation, but growth has since slowed. Replacement cycles often extend over several years, reflecting market maturation.
Institutional deployment—across hospitals, airports, warehouses, malls, hotels and other commercial facilities—has ramped up significantly. Companies like Tennant and Brain Corp reported strong interest in autonomous floor cleaners, especially amid labor shortages and intensified sanitation needs. Tennant and Brain Corp formalized their partnership in February 2024: Tennant invested US$ 32 million in Brain Corp to jointly develop AI-powered AMRs, leading to purpose-built machines such as the X4 ROVR scrubber targeting small- to mid-sized facilities. By early 2025, Tennant had already sold over 10,000 robotic scrubbers worldwide
In March 2025, iRobot, a major consumer-robotics company released its largest-ever suite of Roomba vacuums, including lidar-navigation versions and dual-spinning mop pads, available in North America theverge.com. These models, introduced at varying price tiers and designed for both vacuum and mop functions, illustrate ongoing technological refinement and consumer uptake.
In April 2025, LG Electronics USA, in collaboration with a hotel innovation lab, launched a commercial-grade autonomous vacuum designed for corridors and meeting areas, following successful pilots in major hotel chains. Built with LiDAR and multi-drive SLAM navigation, a large debris bin and remote fleet management capability, the device reflects growing institutional demand in large-scale public and commercial spaces.
While rapid growth during the pandemic has slowed, steady annual sales of over 2 million units affirm sustained demand . Technological advances—especially AI navigation, multi-function cleaning and cloud-based fleet management—continue to enhance the appeal of both consumer and commercial models. Together, these forces define the current US market for floor-cleaning robots: a mature, high-volume appliance category in homes, alongside rising penetration in commercial and institutional settings.
Continued advancements in autonomy, precision and centralized management are strengthening demand, even as replacement cycles slow and operational thresholds (e.g., layout complexity or cost) shape adoption patterns. With strategic industry partnerships, regular product refreshes and growing alignment with public-sector priorities, floor-cleaning robots are set to remain a key pillar of domestic and commercial automation
Competitive Landscape
The major global players in the market include iRobot Corporation, Avidbots Corp., Ecovacs Robotics Co., Ltd., SoftBank Corp. (SoftBank Robotics Group), Tennant Company, Dreame International (Hong Kong) Limited, Samsung Electronics Co., Ltd, SharkNinja Operating, LLC., BISSELL Inc, Beijing Roborock Technology Co., Ltd, LG Electronics Inc., Dyson Ltd, ILIFE, Mamibot Manufacturing USA Inc., AIRROBO
The US cleaning robots market is characterized by a diverse competitive landscape, with a few key players holding notable market shares. The market is led by SharkNinja Operating, LLC, commanding a dominant 21.03% market share, underscoring its strong brand recognition and extensive product range.
- Following is Ecovacs Robotics Co., Ltd., with a 14.03% share, leveraging its robot vaccum expertise to expand rapidly. Beijing Roborock Technology Co., Ltd. holds 13.78%, expanding to US with innovative features and competitive pricing.
- iRobot Corporation held 12.51% and Samsung Electronics Co., Ltd. captures 9.86%, capitalizing on its global brand and smart home ecosystem integration.
- The remaining 28.80% is occupied by a group of smaller and emerging players, reflecting growing competition and opportunities for innovation.
