Eufy C28 Robot Vacuum and Mop
Advanced AI obstacle avoidance prevents collisions.
Self-cleaning roller mop reduces maintenance time.
High suction power ensures thorough cleaning.
Advanced AI obstacle avoidance prevents collisions.
Self-cleaning roller mop reduces maintenance time.
High suction power ensures thorough cleaning.
Powerful suction and mopping in one device.
Smart AI avoids obstacles efficiently.
Zero-tangle design reduces maintenance hassle.
Powerful 20,000 Pa suction for deep cleaning.
Zero-tangling design for hassle-free maintenance.
Efficient corner-to-edge cleaning for thorough coverage.
Hands-free cleaning with auto-emptying feature.
Powerful 7,000 Pa suction for deep cleaning.
Slim design fits under low furniture easily.
Efficient self-cleaning mop system.
Powerful 30,000 Pa suction.
Long-lasting 68-day self-emptying feature.
Extremely thin design fits under furniture easily.
Strong suction power for effective cleaning.
Operates quietly, minimizing noise disruption.
Self-emptying station for hands-free convenience.
Effective hair detangling technology.
Powerful 5,000 Pa suction.
Strong 8,000 Pa suction for deep cleaning.
AI obstacle avoidance for seamless navigation.
Auto mop washing and drying for convenience.
Effortless cleaning with vacuum and mop combo.
Smart navigation for efficient room coverage.
Quiet operation for undisturbed home environments.
Powerful 8000 Pa suction for deep cleaning.
Self-emptying and auto mop washing features.
Eco-Clean Ozone for enhanced sanitation.
Cleaning evidence should cover the surfaces you actually have. Look for repeatable results from Consumer Reports, RTINGS, or Vacuum Wars, or a disclosed equivalent such as ASTM F608 for embedded carpet dirt. Pickup of carpet sand, fine debris, pet hair, edge debris, and dried stains can vary substantially by test method. Suction pressure in pascals is not a complete measure of floor cleaning: supplied reviews repeatedly show that large headline suction figures can coexist with weak carpet, crevice, edge, or pet-hair results. Runtime figures also depend on power mode and conditions, while hands-free bag intervals depend on debris volume.
For indoor air, distinguish ordinary dust pickup from verified allergen control. A washable, high-performance, or “HEPA-grade” filter is not by itself an independently measured result. The stronger evidence would identify the filter specification, replacement schedule, and fine-particle re-emission or filtration testing for the exact product. A sealed dock bag can reduce direct contact with collected dust, but it does not prove low exhaust emissions.
Mopping adds separate hygiene and chemical questions. Prefer clearly documented clean- and dirty-water separation, effective pad or roller washing, drying, and instructions for emptying tanks and cleaning trays. A low residual-water result can matter on sensitive floors, but it does not establish microbiological safety. Cleaning-solution claims should be supported by accessible ingredient and safety information; terms such as sterilization, germ removal, or ozone treatment need a disclosed, exact-product test protocol rather than a headline percentage.
Navigation is a safety feature, not merely a convenience. Independent obstacle, cliff, carpet, and recovery tests matter because several supplied products missed or dragged cords, socks, toys, tassels, pet waste, or other small objects. Cameras, LiDAR, structured light, and no-go zones can help, but manuals across the set still require floor preparation and caution near stairs, dark or reflective surfaces, rugs, thresholds, and low furniture.
For a connected product, check the manufacturer’s privacy notice, app disclosures, deletion controls, vulnerability-reporting route, and security-update policy. Home maps, detected objects, images, audio, Wi-Fi details, and account data can be sensitive. For safety certification, a model number alone is not enough: traceable records in UL Solutions Product iQ, Intertek’s ETL directory, or the CSA listing database are stronger evidence. Wireless authorization should be checked in the FCC equipment database, and recalls or safety warnings in the CPSC database and SaferProducts.gov. A missing record is not proof of a defect, but it is missing verification.
Common safety caveats recur across the supplied reviews. These products should not be treated as fully unsupervised around loose cables, small objects, pet waste, or clutter; floors generally need preparation. Several products also have weaker carpet or pet-hair performance than their marketing suggests, and some can leave damp floors or require manual mop washing. Buyers with significant dust or pet-dander sensitivity should not assume a robot provides allergen control without independent filtration evidence. Lithium-ion charging safety certification was often not traceable for the exact robot and dock, so buyers who require verified electrical listings should confirm them before purchase.
These topics separate convenient automation from documented performance, safer maintenance, lower avoidable waste, and claims that can be checked. Scores below describe relative standing within the supplied set, not a guarantee of health or safety.
This measures pickup without meaningful fine-particle re-emission. It matters because robots stir and exhaust dust while cleaning, and several supplied products had poor or unverified filtration despite washable filters or allergy-related wording. Higher-scoring examples include the C28 at 84 and S2 at 78; the C20 at 51 and X10 Pro Omni at 52 were weakened by poor sealing or filtration evidence.
This measures evidence for the robot, dock, charger, and lithium-ion battery, including traceable certification and the absence of unresolved safety actions. It matters because these products charge unattended. Scores were generally moderate: the Q7 M5+ reached 76, while the 11S Max scored 68. Across the supplied products, missing exact-product UL, ETL, or CSA records was common; absence of a record is not evidence of a defect.
This measures clean/dirty-water separation, pad or roller washing and drying, maintenance instructions, and accessible chemical safety information. It matters because damp pads, wastewater, residue, and detergents remain in the home between runs. Higher scores included the C28 and L60 at 88; lower scores included the X10 Pro Omni at 63. Vacuum-only products avoid wet-system concerns but cannot mop.
This measures obstacle, cliff, cable, pet-waste, carpet, and recovery performance, including stated limitations. It matters because a robot can spread a mess, become trapped, fall, or damage an object. The S2 scored 90 and the E25 scored 86 after strong obstacle tests. The Q10 S5+ scored 45 and the C20 scored 48, reflecting weak object avoidance and the need to clear floors.
This measures repeatable pickup, edge cleaning, hair handling, carpet cleaning, mopping, coverage, and runtime for the exact product. It matters because suction-pressure claims do not predict every floor result. The C28 and Q10 S5+ scored 91, supported by strong independent carpet and hair testing. The X10 Pro Omni scored 48 because independent results showed poor carpet and pet-hair pickup despite its advertised suction.
This measures whether advertised suction, autonomy, pet-hair, obstacle, mopping, and hands-free claims match documented conditions and limitations. It matters because several reviews found marketing broader than tested performance. The E25 scored 79 and the 11S Max 76, while the C28 and C20 Slim scored 58 and had notable claim or specification gaps. Higher scores still do not remove the need to read the manual.
This measures credible independent testing or certification for important performance and safety claims. It matters because seller specifications rarely show how a robot behaves on carpet, clutter, hair, or wet floors. The strongest supplied scores were 90 for the Saros 10R and 91 for the T90 Pro, with exact-product testing. Lower scores such as the MR7 Pro’s 76 reflected hands-on evidence without the broader laboratory record.
This measures whether wireless authorization and claimed safety, filtration, or chemical certifications match the exact product or component. It matters because undefined badges and terms such as “HEPA-grade” are not registry evidence. The E20 scored 80 and the Saros 10R 84 with traceable wireless records, while many eufy models scored around 70 because exact FCC or electrical-safety records were not located. Wireless approval does not establish fire safety.
This measures collection, retention, deletion, updates, and security practices for maps, images, audio, accounts, and Wi-Fi data. It matters because a connected robot can reveal the layout and activity of a home. The offline 11S Max scored 88 because it has no Wi-Fi, app, or camera. Camera- and cloud-connected products generally scored in the 62–79 range, reflecting useful controls but continuing data exposure.
This measures replaceable batteries and wear parts, repair information, durable support, and end-of-life or recycling routes. It matters because docks, batteries, brushes, filters, bags, and mop parts can create e-waste. The 11S Max scored 78 and the E25 White 74, supported by replaceable batteries or service parts. Lower-scoring products generally had weaker support evidence, discontinuation concerns, or no documented take-back route.
This measures electricity, runtime, water, disposable bags, filters, pads, detergent, and proprietary refills used in routine operation. It matters because automated washing and drying shift labor into recurring resource use. The Q10 S5+ scored 78 and the E25 scored 73. The S1 Pro scored 50 and the X10 Pro Omni scored 55, reflecting substantial bag, water, cleaning, and replacement-part demands.

This product is a Wi-Fi connected robot vacuum and roller mop with a floor dock. The dock automatically empties debris into a 3 L bag, refills the robot from a 2.2 L clean-water tank, collects wastewater in an 8 L tank, washes the roller, and dries it with 35 to 50 C air. Eufy states 15,000 Pa suction, a DuoSpiral anti-tangle brush, and app-based maps, schedules, virtual barriers, and cleaning controls. Independent testing gives the strongest evidence for cleaning rather than the suction figure alone. Vacuum Wars measured 89% embedded-debris removal from medium-pile carpet, complete pickup of its embedded pet-hair test, and no hair wrap in its 7-inch-hair test. It also found strong roller-mop results and low residual water. The important limitation is navigation around household obstacles, where it avoided 15 of 24 test objects, so floors should be picked up before autonomous runs.
It suits a household with mostly hard floors plus low or medium-pile rugs, particularly one managing frequent pet hair and tracked-in debris. The independently measured carpet pickup, complete pet-hair test pickup, and no-wrap long-hair result make it practical for recurring cleaning rather than occasional spot work. It also fits users willing to maintain a dock by filling clean water, emptying wastewater, changing bags, and replacing wear parts. The 3 L bag and automated roller washing reduce hands-on emptying and mop rinsing between regular runs.
It is not appropriate for homes that need a robot to safely navigate unsupervised through toys, cords, pet bowls, pet accidents, or dense daily clutter. Independent testing showed limited obstacle avoidance, so preparation remains a safety requirement. It is also a poor match for buyers who want independently proven HEPA-level exhaust filtration, traceable third-party electrical certification, or a low-consumable cleaning system. Homes with thick carpet, very low furniture, or a need for precise edge cleaning should account for the reported clearance, navigation, and edge-performance limitations.
The hygiene design has useful, documented safeguards. The dock keeps clean and dirty water separate, washes the roller, and dries it with 35 to 50 C air. Eufy advises the five-hour standard drying mode in humid environments to reduce residual moisture and odor risk. Independent testing supports the system's low-water mopping behavior, but this is a cleaning appliance, not a demonstrated indoor-air or health intervention. The washable replacement filter is manufacturer-rated for 99.99% filtration at 0.3 microns, although an independent exhaust-filtration result was not found. The product uses replaceable batteries and officially sold service parts, which can reduce premature disposal. Its recurring footprint remains material, with dust bags, filters, brushes, roller mops, water, and optional floor cleaner requiring regular replacement. No exact-product US recall or public electrical-certification registry entry was located in the checks performed.

This is a Wi-Fi connected robot vacuum and mop with an all-in-one dock. The robot has a 5,200 mAh lithium-ion battery, dual main rollers, an onboard 120 mL clean-water reservoir and 180 mL dirty-water reservoir. Its dock holds 2.5 L of clean water, 1.8 L of dirty water and a 3 L disposable dust bag. It vacuums, roller-mops, returns to wash and dry the roller, and self-empties into the dock. The manufacturer documents app-controlled no-go and no-mop zones, plus a camera, LiDAR mapping and anti-drop sensors. Independent Vacuum Wars testing found strong carpet debris and pet-hair pickup, plus above-average dried-stain mopping and object avoidance. The same testing found below-average airflow and average crevice pickup, so the advertised 20,000 Pa figure should not be read as a complete measure of real pickup.
It suits a household with mostly hard floors plus low or medium-pile carpet, recurring pet hair and enough space for a large dock near a wall outlet. The independently measured carpet pickup, pet-hair handling and obstacle avoidance make it relevant for routine automated cleaning rather than occasional spot work. It also fits users willing to use an app, maintain water tanks and cleaning trays, replace a dust bag, and inspect the floor for cords, toys and other small objects before runs.
It is not suited to households that need verified HEPA-level exhaust filtration or traceable third-party electrical certification before operating a lithium-ion docked appliance indoors. It also needs caution around unprotected stairs, reflective or carpeted drop edges, fireplaces, floor vents and loose cables because the manual expressly identifies these as limitations. Avoid relying on it for deep cleaning grout, seams or other crevices, since independent testing found average crevice pickup and below-average airflow.
The product uses a washable filter, but neither the user guide nor the available product material identifies a HEPA class or gives a fine-particle filtration result. That leaves its value for allergy-focused cleaning unverified. The manual documents a lithium-ion battery and advises unplugging the power adapter before maintenance. No matching US recall or product-safety warning was located in the available CPSC searches, but a traceable exact-product UL, ETL, CSA or FCC listing was not found. Its cleaning system does keep clean and dirty mop water separate, and the guide instructs users to dry the roller and empty and rinse the dirty-water tank to limit odor and mildew. This is not maintenance-free. The dock uses a 3 L disposable bag, while the washable roller mop is sold as a replacement part with a suggested two-month interval. The manufacturer provides replacement brushes and a roller mop, and its support site includes a battery-replacement tutorial, which supports repair of common wear items.

This product is a connected robot vacuum and roller mop with a dock that self-empties debris, washes and hot-air dries the roller, separates dirty water, and refills the robot. It also includes a detachable portable deep cleaner for carpet and upholstered-fabric spills. The manufacturer states a 2.5 L clean-water tank, 1.8 L dirty-water tank, 3 L dust bag, automatic detergent dispensing, and up to 216 minutes of vacuum-only runtime. Independent testing confirms strong hard-floor pickup and unusually good dried-stain removal from the roller mop. Evidence is mixed on carpet. Vacuum Wars measured 85% embedded-dirt removal, while RTINGS found weak pickup of fine debris and pet hair on both low-pile and high-pile carpet. The product uses camera, light, LiDAR, and bump sensing. Independent obstacle tests were strong on bare floors, but carpet, rug tassels, low furniture, and lightweight objects can still require intervention.
This product suits a mostly hard-floor household that wants automated vacuuming and frequent mopping, especially where kitchen spills, tracked-in dirt, or upholstery spot cleaning are recurring jobs. It is also appropriate for users willing to maintain a dock with clean water, wastewater, detergent, dust bags, filters, and brush parts. The portable deep cleaner is useful for someone who wants one docked system for floors plus occasional fabric or rug stains. Clear floor paths and moderate clutter will help its navigation work as intended.
It is not suited to homes dominated by low-pile, high-pile, or plush carpet, or households relying on the robot as their primary pet-hair vacuum. Independent testing found substantial carpet debris and hair left behind, and rug tassels can tangle in the brush. People with long hair should expect brush inspection despite the detangling claim. It is also unsuitable for homes where floors regularly contain small toys, dangling cords, light furniture, or unsupervised pet waste on carpet, because obstacle performance becomes less reliable there.
The dock has a meaningful hygiene design on paper, with separate 2.5 L clean-water and 1.8 L wastewater tanks, automatic roller washing, and 35 to 50 C hot-air drying. Independent testing supports good stain removal, but also found slightly above-average water left on the floor. It uses a disposable 3 L dust bag and detergent, so hands-off operation comes with recurring material use. RTINGS identifies no HEPA anti-allergy filter, and no independent fine-particle re-emission result was located. The product has an exact-model Connectivity Standards Alliance IoT certification record, while its manufacturer claims ETSI EN 303 645 cybersecurity certification. Publicly traceable US electrical-safety and wireless authorization records for this exact product were not located in the checked registries. No product-specific US recall was found. The app policy allows account deletion and describes software updates, but also permits collection of account, device, network, and home-configuration data, so users should review app permissions and opt-in improvement settings.

The eufy Omni C20 is a Wi-Fi robot vacuum and mop with a low 3.35-inch body, dual spinning pads, and a dock that charges it, empties dust into a disposable bag, washes the pads, and air-dries them. It uses app mapping, schedules, no-go zones, and no-mop zones for routine hard-floor and mixed-floor cleaning. Independent tests confirm very good bare-floor pickup and effective pickup along walls. Vacuum Wars also measured low water residue and above-average dried-stain results. Important limits are independently documented too. The dock wets pads before cleaning rather than the robot carrying water, carpet fine-debris cleaning is only adequate, and it has no object-recognition avoidance. Clear cables, toys, tasselled rugs, and pet waste before each run.
This product suits a household with mostly hard floors, low-clearance furniture, and a reasonably tidy cleaning area. It is especially relevant where routine debris pickup and light-to-moderate floor washing matter more than deep carpet extraction. The dock reduces hands-on work by emptying debris and washing and drying the pads. It also suits users willing to use app-set no-go and no-mop zones, clear floor clutter before scheduled runs, and accept that larger homes may require recharge-and-resume cycles.
It is not suitable for homes where cords, children's toys, pet bowls, tasselled rugs, or pet waste are often left on the floor. Independent testing shows no object-recognition avoidance, creating a realistic risk of tangles, stoppages, or spreading a mess. People managing significant dust allergy or pet-dander sensitivity should also be cautious because testing found poor fine-particle sealing. It is a weaker fit for carpet-heavy homes, deep carpet cleaning, heavy shedding with long hair, or users unable to perform regular dock, bag, brush, and pad maintenance.
The main indoor-air concern is independently measured filtration performance. RTINGS found that fine particles can bypass the filter and exit through the exhaust, so this product should not be treated as an allergen-control appliance. The robot uses a lithium-ion battery, and eufy's support materials provide battery-replacement instructions. No matching CPSC recall was located in the searched US safety records as of August 9, 2026. The dock separates collected dust into a disposable bag and washes then air-dries the mop pads, which can reduce direct contact with dirt and damp-pad odor when maintained. That convenience carries material and utility costs, including bags, replacement filters, brush parts, water for pad washing, and electricity for charging and dock cycles. The available US-facing documentation did not provide a traceable UL, ETL, or CSA listing for this exact product, so third-party electrical certification could not be confirmed.

This is a premium robot vacuum and roller-mop system with a large automated dock. The dock empties dry debris into a bag, refills the robot, collects dirty water, washes the roller with hot water, and dries it with hot air. It uses replaceable dust bags, filters, brush components, cleaning solution, and optional fragrance pods. Its 30,000 Pa suction, 15 N roller pressure, hot-water washing, and claimed 99.99% germ reduction are manufacturer-stated specifications. Independent testing is unusually substantial. Vacuum Wars measured 87% embedded-sand removal from medium-pile carpet, 88.5% flattened pet-hair pickup, zero hair wrap in its long-hair test, and 24 successful obstacle avoidances from 24 attempts. RTINGS also found dependable clutter and pet-waste avoidance, but reported weak debris, pet-hair, and dried-stain results in its own test program.
This product suits a large, mixed-floor household that prioritizes automatic routine cleaning and has pets, loose hair, toys, cables, or other everyday clutter. The independently tested obstacle avoidance and long-hair handling make it particularly relevant where unsupervised runs are useful. It also fits buyers prepared to maintain a full dock, empty dirty water, replace bags and consumables, and give the robot ample floor access. Its removable battery is a practical advantage for owners who value a repair option after normal battery aging.
It is not well suited to households where dried-on kitchen stains are the main reason for buying a robot mop, because two independent reviews found weaker stain performance than its premium specifications suggest. People with asthma, fragrance sensitivity, chemical sensitivity, or concerns about indoor ozone should disable the electrolysis feature and avoid the fragrance pods, or select a simpler system. It is also unsuitable for low-furniture layouts that need reliable under-furniture cleaning, tasseled rugs, or buyers who want minimal recurring bags, filters, detergents, and replacement parts.
The product has a sealed five-layer filtration design and independent evidence of effective carpet pickup, but no exact-model independent particle-emissions or allergen-filtration result was located. The tested label displays FCC compliance language, a lithium-ion recycling symbol, and TÜV SÜD US and Canada marks. No matching U.S. recall or product-safety warning was located in the sources checked. The removable battery is a meaningful repair and end-of-life advantage, though the manufacturer should still be consulted for safe removal instructions. The hygiene design keeps clean and dirty water separate and hot-washes then hot-air-dries the roller. However, the electrolysis feature reportedly produces a small amount of ozone. Ozone is a respiratory irritant, especially relevant to people with asthma, and no independent measurement established the concentration released by this product. The system also has a notable consumables burden, including dust bags, filters, brush parts, floor cleaner, and optional fragrance cartridges.

This is a compact, dry-only robot vacuum with a 0.6-liter bagless dust bin, one side brush, a rolling brush, remote control, charging base, and a 14.4 V, 2,600 mAh lithium-ion battery. The manufacturer states that it is 2.85 inches tall, runs for up to 100 minutes on hard floors, and has a 2,000 Pa maximum suction setting. It does not mop, self-empty, use cleaning liquid, connect to Wi-Fi, or carry a camera. Independent evidence is meaningful but limited. Consumer Reports includes this exact product in its robotic-vacuum laboratory program, though detailed ratings require membership. RTINGS tested the mechanically similar 11S platform and identifies the Max version as using the stronger 2,000 Pa motor. Its testing found solid pickup of common hard-floor debris, but weaker hair pickup on bare floors and weak small-debris performance on carpet. The manual documents cliff sensors, but also requires users to remove cords and small objects and use barriers at risky edges.
This product suits a privacy-conscious household that wants scheduled dry vacuuming without Wi-Fi, an app, cameras, cloud accounts, mopping hardware, or disposable dust bags. It is most appropriate for a small to moderate, mostly hard-floor area that can be prepared before each run by lifting cables, pet toys, tasselled rugs, and fragile items. The low body is useful where cleaning under furniture matters. It also fits someone willing to empty the bin after runs and perform regular brush and filter maintenance.
It is not a suitable unattended cleaner for homes with loose cables, small toys, pet waste, tasselled rugs, very dark flooring, thick or plush rugs, exposed stairs, balconies, or clutter that cannot be cleared first. The manual specifically warns that cliff sensing can be less effective on reflective or very dark floors and recommends physical barriers at risky drops. It is also poorly matched to buyers needing verified allergen-grade filtration, strong carpet fine-dust removal, automatic emptying, room-by-room control, or a robot that can mop and manage its own dirty water.
For indoor air, this product has a three-part filtration arrangement consisting of a pre-filter, foam filter, and high-performance filter. The dust bin, pre-filter, and foam filter may be washed, but the high-performance filter must not be washed and the manufacturer calls for replacement every two months. No HEPA classification or independent evidence of fine-particle capture and low re-emission was located, so it should not be treated as an allergen-control device. There is no mopping system or supplied detergent, which avoids dirty-water storage, fragrance exposure, and chemical residue. It is bagless, reducing disposable bag waste. Eufy provides battery-replacement and wheel-replacement support material for the product family, which is favorable for extending service life. The tradeoff is recurring filter, side-brush, brush-guard, and roller replacement. No exact-product CPSC recall was located in the checked results, but public third-party electrical-certification evidence for the exact charging system was not found.

This product is a vacuum-only robot with a self-emptying station, laser mapping, app controls, a 2,600 mAh battery, and a disposable 2.5 L station bag. It is intended for routine dry pickup on hard floors and carpets. It does not mop or use cleaning solution, so it does not add wet-pad odor, dirty-water, or detergent exposure concerns. Independent Vacuum Wars testing of the self-emptying version found strong debris pickup, carpet deep cleaning, navigation efficiency, and effective station-based hair cutting with long human hair. RTINGS testing of the shared L60 platform found more mixed results, with scattered fine debris and weaker edge cleaning, plus no HEPA anti-allergy filter. eufy states 5,000 Pa robot suction and up to 60 days between bag changes, but that interval depends on debris load. The product was discontinued by eufy in July 2026, which matters for long-term support.
This product fits a household seeking scheduled dry vacuuming for mostly open hard floors, low or medium carpet, and recurring hair buildup. It is especially relevant where a self-empty station and tested hair-cutting function can reduce hands-on brush maintenance. It suits users willing to prepare floors first, keep cables and lightweight objects out of its route, maintain the filter and brush, and use app no-go zones around tasselled rugs or difficult areas. It is not a wet-floor cleaner.
It is not suited to homes where pet waste, charging cables, socks, children's small items, or tasselled rugs may regularly be left on the floor. Independent testing indicates that its obstacle detection is not reliable for those conditions, creating entanglement and mess-spreading risks. Households managing serious dust or allergy concerns should note the lack of a verified HEPA filter and incomplete edge pickup evidence. It also does not mop spills or wash floors, and discontinued status makes buyers needing durable repair support or assured long-term parts availability a poor fit.
The product's health advantage is narrow but concrete. It is a dry vacuum only, with no water reservoir, detergent, damp pads, or dirty-water tank to maintain. Its manual specifies a washable filter and provides cleaning steps for the brush, filter, sensors, and hair collection box. However, RTINGS identifies the L60 platform as lacking a HEPA anti-allergy filter, so it should not be treated as a verified allergen-control appliance. The product uses a lithium-ion battery and a disposable 2.5 L station bag. eufy provides maintenance guidance and a battery-replacement support video, but the L60 series was discontinued in July 2026. A search did not identify a matching CPSC recall, but no exact-model UL, ETL, CSA, or FCC registry record was confirmed from the available model documentation and public registers. The connected app publishes deletion controls and a vulnerability-reporting route, while its App Store disclosure lists collection of location, contact, content, device, usage, and diagnostic data that is described as not linked to identity.

This is a Wi-Fi connected robot vacuum and mop with a large floor station. The station uses a 3 L clean-water tank, 2.7 L dirty-water tank, and 2.5 L disposable dust bag. The robot has two spinning mop pads, a camera and LED obstacle system, lidar navigation, four suction settings, and app-defined no-go and no-mop areas. Its manual specifies a 60 W power rating and two 2,600 mAh lithium-ion battery packs. The dock’s self-emptying, mop washing, water refilling, and mop drying functions are manufacturer-documented. Independent testing supports useful hard-floor obstacle recognition and strong dried-spill removal in one test program. However, another independent test found mediocre hard-floor pickup, poor carpet and pet-hair pickup, erratic coverage, and substantially weaker obstacle avoidance on carpet. The advertised 8,000 Pa figure is a suction-pressure specification, not proof of whole-floor cleaning performance.
It suits a home with mostly sealed hard floors, ordinary crumbs and dust, and enough open dock space for a tall floor station. It is most appropriate for someone who will empty the dirty-water tank, rinse the tray, and maintain replaceable parts on schedule, rather than expecting a fully maintenance-free machine. Its strongest evidence-backed uses are routine hard-floor mopping and operation in rooms where loose cables, pet waste, tasselled rugs, and small hazards have been cleared first.
It is not suited to households relying on a robot as their main carpet cleaner, especially where embedded grit or pet hair is a regular problem. It also needs supervision or thorough floor preparation in homes with dogs that may have accidents, loose charging cords, fringed rugs, or clutter on carpet, because independent testing found missed hazards and occasional entrapment under those conditions. Buyers requiring a traceable third-party electrical safety listing or independently quantified allergen filtration should seek documentation not established for this product.
For indoor air, the product has a washable replacement filter and a sealed dust-bag station, but no exact-model, independently verified filtration efficiency or allergen-removal result was located. That matters because RTINGS observed scattered fine debris on hard floors and weak fine-debris and pet-hair pickup on carpet. The product should be treated as a floor-maintenance tool, not as a substantiated air-quality intervention. The wet system keeps clean and dirty water in separate tanks. The manual tells owners to empty and rinse the dirty tank to prevent odors or mildew, and to clean the wash tray. The compatible cleaning solution is manufacturer-stated to contain water, plant-based surfactants, detergent builder, and fragrance, with dilution instructions. Its recurring material burden includes disposable dust bags and several wear parts. The battery pack is replaceable through manufacturer guidance, and official accessories remain available, but the stated minimum warranty is 12 months. No matching US recall or CPSC warning was identified in the checked sources.

This product is a Wi-Fi robot vacuum and roller-mop system with a self-emptying and self-washing dock. The robot has a 5,200 mAh lithium-ion battery, a 300 mL onboard dustbin, LiDAR mapping, an RGB obstacle-recognition camera, and a mop roller that lifts for carpet. Its dock uses a 3 L disposable dust bag plus separate 2.5 L clean-water and 1.8 L dirty-water tanks. Independent Vacuum Wars testing found strong core cleaning results, including 88% embedded-dirt pickup from medium-pile carpet, 93% flattened pet-hair pickup, and no hair wrap in its 7-inch hair test. The same testing found below-average airflow and suction bench measurements, so the advertised 20,000 Pa figure should not be treated as a direct measure of real-world crevice cleaning. eufy states that the dock washes and hot-air dries the roller, while the manual still requires routine cleaning of the filter, brushes, tanks, tray, sensors, and charging contacts.
This product suits households with mixed hard floors and carpet that want frequent automated maintenance rather than occasional deep cleaning. It is particularly relevant for pet households and homes with longer hair, because independent testing found high pet-hair pickup and no wrap in a controlled long-hair test. It also fits homes with enough room near a power outlet for a large water-and-dust station, and owners willing to empty dirty water, wash the tray, inspect sensors, and replace bags and other wear parts on schedule.
It is not suited to buyers who need documented high-efficiency particulate filtration for severe allergies, because exact-model filtration and particle re-emission evidence was not found. It also needs caution in homes with unprotected stair edges, dark or reflective floor transitions, loose cables, or small objects left on the floor. The manual acknowledges that cliff sensors have limits. Buyers avoiding disposable bags, branded detergent, or recurring replacement parts should consider a simpler cleaning setup with lower consumables demand.
The useful hygiene feature is the wet-cleaning layout. The roller is rinsed during use and dirty water is separated onboard, while the station collects wastewater and uses hot-air drying. Independent testing found above-average overall mopping performance, although it also observed minor water residue. This is a floor-maintenance system, not a health device. The washable filter is convenient, but there is no located exact-model evidence establishing allergen capture or low fine-particle re-emission. The product uses a documented lithium-ion battery, and its manual provides charging, cleaning, and stair-safety instructions. No matching US recall or safety warning was located in the CPSC sources checked. However, no traceable third-party electrical listing for this exact robot or dock was found. Eufy sells replaceable brushes, filters, roller mops, bags, and related parts, which can extend service life, but routine use still creates waste from dust bags, detergent, and frequently replaced wear items.

This product is a Wi-Fi connected robot vacuum and roller mop with a large dock that empties debris into a bag, refills water, collects dirty water, washes and heated-dries the roller, and dispenses cleaning solution. The robot measures 12.8 by 13.7 by 3.8 inches. The manufacturer states up to 216 minutes of vacuum-only runtime, 8,000 Pa suction, a 12 mm mop lift, and infrared-camera obstacle recognition. Independent testing is more useful than the suction figure alone. RTINGS found great hard-floor debris pickup, effective hazard recognition, and strong stain cleaning, but poor fine-particle filtration and poor carpet and pet-hair pickup. Vacuum Wars separately found that the continuously rinsed roller handled dried stains and wet spills especially well, while embedded-debris carpet cleaning and longer-pile rugs were weak points. The manufacturer now identifies the S1 series as discontinued, which makes future support and accessory availability worth checking.
This product suits a household with mostly sealed hard flooring that wants frequent maintenance cleaning of crumbs, tracked dirt, dried kitchen splashes, and small wet messes. It is particularly relevant where cables, toys, socks, or pet waste may be left on the floor, because independent testing found its object recognition dependable. The station needs significant floor and vertical space, and the owner should be comfortable emptying dirty water, replacing bags and filters, and maintaining a connected app-controlled appliance.
It is not well suited to homes where carpet deep cleaning, embedded debris removal, or carpeted pet-hair pickup is the main job. Independent testing found these areas weak, and longer-pile or tasseled rugs can create navigation or trapping problems. It is also a poor fit for people with a strong need to minimize fine-particle re-emission, since RTINGS found poor particle filtration. Privacy-sensitive households should consider the camera-equipped navigation and app data collection before connecting it to Wi-Fi.
The dock keeps clean water and collected dirty water separate, auto-washes the roller, and uses heated air drying. These functions can reduce the time a wet mop remains stored after cleaning. The manufacturer says its ozone-water function passed a TÜV Rheinland safety test and achieved an E. coli reduction result in a CGMT laboratory test. That does not establish a human health benefit, and it does not offset the product's independently observed weak fine-particle filtration. The product uses a disposable 2.5 liter dock bag and several routine replacement parts. Independent documentation lists a filter replacement interval of about three months, side brushes at about 180 hours, a roller mop at about six months, and additional replacement filters and brushes. A replacement battery is sold, but access requires substantial disassembly. eufy now labels the S1 series discontinued, so buyers should confirm remaining parts support and use an appropriate battery-recycling route when the battery reaches end of life.