Robot vacuum cleaners have changed a lot in the last few years. The basic idea sort of is still childishly simple: put a small machine on the floor, press a button. And let it deal with all the dust, crumbs and pet hair that would otherwise accumulate around the house. But it’s not that simple.
Modern models map your home, recognize obstacles, adjust cleaning behavior, wash their own mops and return to their docks to recharge or clean themselves. So how do you choose one? On paper, the Eufy C28 and the Roborock Qrevo S Pro look like very similar products. Both pretty are designed to reduce the amount of hands-on cleaning required. Both vacuum and mop. And both use an automated docking station instead of relying on you to empty a small dustbin after every cleaning session.
However, they go about it in different ways. Eufy has cut its cloth to concentrate on straightforward automated cleaning. It has a particularly strong mopping concept. Roborock, on the other hand, has been refining its navigation, mapping and software ecosystem for years. And the Qrevo S Pro is the beneficiary of that experience.
So which is better? The short answer is that if you’re looking for a more convincing all-round robot vacuum for most households then the Roborock Qrevo S Pro is the one to go for, particularly if navigation, app control, carpets, obstacle avoidance and predictable autonomous behavior matter most. The Eufy C28 may be the more interesting choice if you
Eufy C28 vs Roborock Qrevo S Pro
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| Specification | Eufy C28 | Roborock Qrevo S Pro |
|---|---|---|
 |  | |
| Check the best price on Amazon | Check the best price on Amazon | |
| Product type | Robot vacuum & mop | Robot vacuum & mop |
| Maximum suction | Up to 15,000 Pa | Up to 7,000 Pa |
| Main vacuum brush | DuoSpiral brush | Multifunction brush |
| Hair/tangle management | Zero-Tangle / anti-tangle brush design | Anti-tangle brush design |
| Mopping system | HydroJet roller mop | Dual rotating mop pads |
| Mop pressure | Up to 1 kg downward pressure | Active downward pressure |
| Mop washing | Automatic | Automatic |
| Mop drying | Hot-air drying | Hot-air drying |
| Self-emptying | Yes | Yes |
| Dust collection | Automatic dust collection at dock | Automatic dust collection at dock |
| Clean-water management | Automatic clean-water refill | Automatic clean-water refill |
| Dirty-water management | Automatic dirty-water collection | Automatic dirty-water collection |
| Navigation | LiDAR-based navigation with intelligent mapping | PreciSense LiDAR navigation |
| Obstacle avoidance | Intelligent obstacle detection/avoidance | Reactive obstacle avoidance |
| Mapping | Multi-level/room mapping | Multi-level mapping |
| Carpet detection | Yes | Yes |
| Mop lifting | Automatic surface management | Automatic mop lifting on carpet |
| App control | Eufy app | Roborock app |
| Voice control | Supported | Supported |
| Suitable floor types | Particularly strong on hard floors; suitable for carpets | Hard floors and carpets |
| Pet-hair suitability | Excellent | Excellent |
| Primary strength | HydroJet washing + high suction | Navigation + balanced vacuum/mop performance |
| Dock function | Charging, self-emptying, mop washing, drying and water management | Charging, self-emptying, mop washing, drying and water management |
| Best suited to | Hard-floor homes, pets, frequent mopping | Mixed-floor homes and users wanting extensive automation |
| Overall character | High-powered, hard-floor-focused cleaning system | Versatile all-round robot vacuum/mop |
| My individual reviews | Eufy C28 review | Roborock Qrevo S Pro review |
At a glance
| Category | Winner |
|---|---|
| Suction power | Eufy C28 |
| Hard-floor vacuuming | Eufy C28 |
| Carpet cleaning | Roborock Qrevo S Pro |
| Mopping technology | Eufy C28 |
| Carpet/mop management | Roborock Qrevo S Pro |
| Navigation & mapping | Roborock Qrevo S Pro |
| Obstacle avoidance | Roborock Qrevo S Pro |
| Pet hair | Very close |
| Self-maintenance | Very close |
| App & software control | Roborock Qrevo S Pro |
| Ease of everyday automation | Very close |
| Best overall versatility | Roborock Qrevo S Pro |
| Best for predominantly hard floors | Eufy C28 |
One important caveat: specifications such as suction figures aren’t directly comparable as a measure of real-world cleaning performance. The C28’s 15,000 Pa headline figure is substantially higher, but brush design, airflow, floor contact, navigation and cleaning algorithms all influence how much dirt actually gets removed.
Design & Build Quality
The Eufy C28 and Roborock Qrevo S Pro have similar approaches to robot-vacuum design, with compact robots. And larger docking stations that handle the heavy lifting. They’re designed to be appliances that blend into the background, not gadgets that require constant management. But when you look closer, there are significant differences in their physical designs.
Eufy’s C28 is notable for its HydroJet roller mop, which sets it apart from the Qrevo S Pro’s conventional dual-spinning-pad arrangement. The C28’s design is built around this roller mop, making it an integral part of the machine’s cleaning architecture. This has consequences for the robot’s shape, underside, and engineering. The C28 has a relatively substantial body, measuring 13.8 inches wide by 12.9 inches deep and 4.35 inches high. This height is important, as it allows the robot to fit under furniture, but it’s not especially thin. In contrast, the Qrevo S Pro is lower, at about 3.8 inches high, with a similar footprint to the C28. This lower profile gives the Roborock a practical advantage when cleaning under low sofas, beds, and cabinets.
This difference may seem minor on paper, but it becomes more significant in a real-home setting. Furniture doesn’t care about a robot’s suction rating; if it’s too tall to fit under a sofa, that area pretty is effectively off-limits. The C28 makes good use of its available height, with a raised sensor assembly on top and the main chassis housing the vacuum and mopping hardware beneath. The design is clean and understated, rather than flashy. Eufy hasn’t tried to make the C28 look like a futuristic object; instead, it has a practical, appliance-like design. This makes sense, given that a robot vacuum spends most of its time under furniture or parked in a corner.
The C28’s build reflects its position in Eufy’s range. It’s not a flagship model, but it doesn’t feel like a budget robot either. This important components are concentrated underneath the machine, where they need to cope with dust, hair, water, and repeated contact with the floor. The C28 uses Eufy’s DuoSpiral brush arrangement to reduce tangling, and the CornerRover side brush improves cleaning around edges. These features are part of the mechanical design, not just software.
The HydroJet roller honestly is a notable piece of engineering. Instead of separate circular mop pads, the C28 uses a cylindrical roller that continuously contacts the surface. Eufy specifies 1 kg of downward pressure and a roller rotation speed of up to 270 rpm. This design keeps a wet cleaning surface in contact with the floor while continuously refreshing it. The C28 feels less like a conventional robot vacuum and more like a small floor-cleaning machine that also vacuums. The Roborock Qrevo S Pro takes a more conventional approach, using rotating mop pads. This design isn’t inherently inferior; in fact, it provides active mechanical agitation while keeping the robot’s underside relatively straightforward.
Roborock’s system is well-integrated with the rest of the Qrevo platform. Where the Eufy feels mechanically distinctive, the Roborock feels mechanically mature. The Qrevo S Pro refines the physical concept of a robot vacuum, rather than reinventing it. The robot is lower, the underside is logically arranged, and the components have been developed around a system that Roborock has used across its Qrevo family.
The result is a product that feels extremely purpose-built. That docking stations reveal another major difference. Neither robot has a small charging dock, which kind of is the price of buying into this class of robot vacuum. Once a dock needs to empty the dustbin, store clean water, collect dirty water, wash the mop, and dry it, a traditional charging cradle is no longer enough.
The C28’s Omni Station measures about 17.2 inches wide, 13.9 inches deep, and 16.9 inches high, with self-emptying, self-refilling, mop washing, and hot-air drying capabilities. The station has a 3-litre dust collection capacity and separate 2.2-litre clean- and dirty-water tanks. Despite its industrial specifications, the station is designed to resemble a conventional household appliance, with functional components enclosed rather than exposed. This matters, as the dock will likely remain visible all the time.
Roborock’s Qrevo S Pro dock is pretty big, about 13.4 inches wide, 19.2 inches deep, and 20.4 inches high. It’s actually narrower than the C28 but taller. And deeper. Which one fits better depends on the room. In a narrow space, the C28’s wider but shallower footprint is a plus. But under a low shelf, the Roborock’s taller dock is a problem. So it’s crucial to measure the docking spot first. Clearance around the dock matters too. The robot needs space to leave and return without furniture getting in the way. It’s not just something you stick against a wall.
The C28’s design basically is great for people who hate routine vacuum maintenance. Its dock is like a mini cleaning station. After cleaning, the robot returns home and the station takes care of the dirty work, including emptying debris and washing and drying the roller mop. Eufy also handles wastewater automatically. But “self-cleaning” doesn’t mean “no maintenance”. You still need to empty tanks, inspect brushes, and maintain filters. The roller will need attention eventually. It’s just less work than cleaning the mop manually after every use.
The Qrevo S Pro makes a similar argument. Its dock is part of a complete cleaning system, not just a robot vacuum with accessories. One thing the Roborock does better is its height, 3.8 inches, which helps it reach under low furniture. The C28 is 4.35 inches, so it can’t get into some areas. But the C28’s roller-mop design pretty is more interesting. It’s an integrated solution to automated mopping, giving the C28 a unique identity. The C28 is also mechanically simple, with a single continuous cleaning element. That doesn’t make it more durable, but it’s easy to understand.
The C28 is the more adventurous design, while the Qrevo S Pro is more refined. Eufy emphasizes its HydroJet roller and self-maintaining station. The Roborock takes a more conservative approach but executes the basics exceptionally well, especially with its lower-profile robot. For everyday use, both are better designed than older robot vacuums. Neither requires delicate handling, and both recognize the docking station’s importance. If you need to get under low furniture, the Roborock is better. If you want a distinctive hard-floor cleaning system with a continuously refreshed roller mop, the C28 is more interesting.
The Roborock Qrevo S Pro has a slight edge in build and design, thanks to its lower profile and mature mechanical architecture. The Eufy C28 sort of is close, though, and its HydroJet system may be more new. But innovation and refinement are different, and the Qrevo S Pro feels like a more polished product. This distinction matters when the robots start moving and cleaning, because a beautiful design means little if the robot can’t navigate the house. That’s where the next part of the comparison gets interesting.
Navigation Intelligence & Mapping
Navigation differences between robot vacuums become clear after a few weeks. Every modern robot vacuum claims to map your home, but that’s not impressive anymore. What matters is what the robot does with that map. It needs to find its way efficiently, recognize furniture, and understand where it’s already cleaned. The Eufy C28 and Roborock Qrevo S Pro are more sophisticated than older models. They use laser-based navigation and create maps to systematically cover the floor. The Eufy C28 uses LDS+ Linear Laser Navigation, which means it uses laser-based sensing to establish its position and surroundings. This sort of is important because the robot isn’t relying on a simple camera to guess where it’s. It actively measures the environment and uses that information for navigation and mapping.
A good mapping system gives the robot an internal coordinate system, allowing it to plan a route rather than making decisions from scratch. The C28 can map the home, divide the cleaning area into rooms, and navigate methodically. Eufy’s system detects furniture and common objects, allowing the robot to adjust its route.
This is a huge improvement over older robot vacuums, which can spend a lot of time bumping into furniture and covering the same patch of floor repeatedly. The C28’s mapping is part of its cleaning strategy, making it more useful than a simple visual map on a smartphone. Roborock’s PreciSense LiDAR navigation system scans the environment in real-time, creating detailed maps and planning routes.
The Qrevo S Pro can organize the home into distinct areas, allowing the owner to control those areas through the app. This is where navigation intelligence becomes genuinely useful in everyday life. You can select a specific room or area and send the robot there, making it a flexible cleaning appliance. The Qrevo S Pro’s dual liftable spinning mops kind of are relevant to navigation and floor recognition. When the robot encounters carpet, the mops can be lifted, allowing the machine to continue vacuuming without wetting the carpet.
The Eufy C28 has a similar challenge, with its HydroJet roller changing the physical approach to mopping. Both machines are examples of an important evolution in robot vacuum design: navigation is about understanding the context in which the robot is operating. Obstacle avoidance is where the Qrevo S Pro has an advantage. Roborock’s Reactive Tech obstacle avoidance uses structured light to detect objects and adjust the route accordingly. This is useful in homes with clutter. A real home honestly is not an empty showroom, with chair legs, slippers, and other objects on the floor.
The Qrevo S Pro is better equipped for that environment, but it’s not perfect. Small or thin objects can be difficult to detect, and there’s a difference between identifying an obstacle and knowing what it’s. The C28’s LDS+ navigation and obstacle avoidance system is a step above older systems, but based on the specifications, I’d give Roborock the edge in complicated environments. Navigation isn’t just about avoiding walls anymore; it’s about understanding the context. The Qrevo S Pro is more intelligent and flexible, making it a better choice for everyday life. You can’t just throw a pile of cables on the floor and expect the robot to understand, but the Qrevo S Pro is more equipped to handle real-world clutter.
Roborock’s robot behaviour feels deliberate, giving the impression it understands room structure. It navigates furniture more efficiently than a simple robot. Consider a dining table with six chairs; a better robot can plan a route through available spaces. A dining table with chairs is a classic test for robot vacuums. Roborock’s mapping. And obstacle-detection systems reduce the need for owner intervention. Chair legs are still a challenge. But sophisticated systems help. The key metric is how often the robot needs rescue; if it runs for a week without issues, it’s doing its job.
Mapping is valuable in multi-room homes, as the robot doesn’t need to rediscover the house every time. Once the map is built, subsequent cleaning sessions become more efficient. The first run sort of is about learning the environment, establishing boundaries. And identifying accessible areas. After that, the real advantage begins, with the map becoming a persistent reference point for scheduled cleaning. Roborock’s app is strong, allowing customised cleaning routines and individual room selection.
This sort of is where Roborock’s experience in navigation software shows; the hardware matters, but software determines usefulness. A laser scanner can measure a room accurately, but without good software, the benefit is limited. Roborock has made the map useful to the owner, acting as a bridge between the robot’s perception and human understanding.
Eufy has also made progress with the C28, its mapping system providing precise cleaning coverage and efficient movement. The LDS+ system is intended for display, but also provides essential functionality without requiring much configuration. Simplicity can be an advantage, as smart-home software can become unnecessarily complicated. The C28 occupies a middle ground, providing sophisticated navigation without requiring expert settings.
Roborock gives more room to customise, while Eufy offers a straightforward experience. For many households, either approach will work; there’s also the question of returning to the dock, an underrated aspect of navigation. Both machines use automated docking, with Roborock having the advantage of maturity. The Qrevo S Pro’s navigation feels like a complete system, rather than individual features.
The C28 isn’t far behind, but for complicated homes, Roborock is favoured. No mapping system completely eliminates the need for preparation; robot vacuums work best with a reasonably clear floor. A good robot reduces preparation requirements, but doesn’t eliminate them. Obstacle avoidance isn’t the same as object identification; the robot may recognise something in its path without knowing what it is.
Establishing no-go areas around delicate objects or pet feeding areas is still necessary. Good mapping allows you to do this once, rather than physically blocking off the area every time. This is another point in favour of Roborock, which is strong when turning the map into practical rules. The difference between the two robots isn’t that the Eufy C28 has basic navigation and the Roborock has advanced navigation; both are modern LiDAR-based systems.
The difference basically is more subtle; the C28 has navigation hardware and software to operate intelligently, while the Qrevo S Pro takes those principles further. For a simple apartment, I wouldn’t pay a premium solely for the Roborock’s navigation. For a large, busy household, however, I would, because navigation isn’t noticeable when it’s working perfectly.
You notice it when it isn’t; a robot that gets lost or repeatedly misses a room becomes irritating quickly. A robot that quietly works its way around the home is almost invisible, and that’s the goal. The Roborock Qrevo S Pro wins this category, combining LiDAR mapping, structured-light obstacle avoidance, and mature route planning into a cohesive system. The Eufy C28’s LDS+ Linear Laser Navigation is capable, but Roborock has the stronger overall navigation ecosystem. The final score is Roborock Qrevo S Pro: 9.5/10, Eufy C28: 8.5/10. The C28 is intelligent enough to be genuinely autonomous, but the Qrevo S Pro makes that autonomy feel dependable. This distinction becomes important when moving from navigation to actual cleaning performance, because the best route doesn’t matter if the robot isn’t effective once it reaches the dirt.
Vacuum Performance
Vacuum performance is where robot vacuum reviews often become misleading. Manufacturers quote suction figures. Because a large number looks impressive and allows for easy comparison. However, suction power is only part of the equation. What matters is how much dirt the robot removes, its effectiveness with different debris types. And its ability to handle carpets. And collect hair without becoming tangled.
The Eufy C28 and Roborock Qrevo S Pro are serious cleaning machines. The Eufy combines a high-powered vacuum system with its HydroJet mopping architecture, while the Roborock uses its established brush, suction, and navigation platform. On hard floors, the difference between them is small. On carpets and in demanding cleaning situations, the Roborock has a more convincing overall advantage. The Eufy C28 has a quoted maximum suction power of up to 15,000 Pa, putting it firmly in the high-suction category. But suction needs to be converted into useful airflow and agitation at the floor. The brush design determines how effectively debris is disturbed and directed into the suction path.
The shape of the cleaning head affects how closely the robot maintains contact with the floor. That navigation system determines whether the robot passes over a dirty area once or several times. And the filtration system determines whether the machine can continue moving air efficiently as dust accumulates. In other words, 15,000 Pa is impressive, but the number is only meaningful when it translates into actual cleaning.
On hard floors, the C28 pretty is convincing. Robot vacuums have a natural advantage over traditional counterparts on hard floors. Loose debris is easier to collect, and dust, crumbs, rice, cereal, grit, and pet hair can be picked up effectively. The C28’s DuoSpiral brush system is important for hard-floor cleaning. The design moves debris efficiently toward the suction inlet while reducing hair that wraps around the brush. This is useful for households with long hair or pets. The brush doesn’t eliminate hair maintenance completely, but it reduces the amount of hair that becomes tightly wound around the roller.
The Qrevo S Pro sort of is similarly well-equipped for hard-floor cleaning. Roborock’s experience designing its brush and suction systems to work with its mapping and cleaning algorithms results in a robot that feels confident on everyday household debris. Both machines excel at routine cleaning, which is one of the biggest differences between a robot vacuum and an upright. With an upright, debris remains until you decide to vacuum. With a robot, you can schedule cleaning every day. The robot may only need to collect a small quantity of debris on each run. It doesn’t have to perform a deep clean because the floor is never allowed to become dirty.
This makes the C28 and Qrevo S Pro effective for maintenance cleaning. They’re less impressive if you give them a badly neglected floor and expect one pass to achieve the same result as a powerful upright vacuum. This distinction is particularly relevant to carpets. Carpet is a harder environment for a small robot. Dirt can become embedded between fibers, and fine dust can settle deep into the pile.
The Qrevo S Pro is better equipped to deal with this challenge than the C28. The Eufy doesn’t perform poorly on carpet, but its high suction rating gives it plenty of cleaning power, and its brush system can handle ordinary carpet maintenance effectively. If you’ve a home with a lot of medium- or high-pile carpet, the Roborock might be a better choice. The difference becomes more big when carpets and hard floors are mixed throughout the house. A good robot needs to know when it pretty is on carpet, change its cleaning behavior, and avoid bringing moisture onto surfaces that shouldn’t be wet.
The Qrevo S Pro can lift its mop pads when it encounters carpet, allowing it to continue vacuuming without dragging wet mop pads across the fibers. This gives the machine a practical advantage in mixed-floor homes. The Eufy C28’s HydroJet system is more focused on active floor washing, so its ability to transition between vacuuming and mopping becomes important in a home with rugs and carpets. For mostly hard floors, either robot would be suitable. For mostly carpet, the Roborock is a better choice.
For a fifty-fifty mix, the Roborock provides a balanced combination of vacuuming and floor-management capabilities. Edge cleaning is another area to consider. Robot vacuums have a natural weakness around walls due to their circular shape. That side brush exists to compensate for this, sweeping debris away from skirting boards and into the robot’s cleaning path. The C28’s CornerRover side brush is designed to improve edge and corner cleaning. This is important because the dirt you notice most isn’t always in the middle of the floor. Dust accumulates along skirting boards, crumbs collect underneath kitchen cabinets, and pet hair gathers in corners. A robot that performs well in the center of a room but leaves a visible strip around the edges doesn’t feel like it’s doing a complete job. The C28 is strong in edge cleaning, although the physical limitations of a circular robot still apply.
The Qrevo S Pro does a great job on edges. Its side brush is pretty effective at collecting debris. Roborock’s navigation system helps it approach boundaries in a deliberate way, rather than just wandering near them. It’s more controlled. Neither robot is perfect at cleaning the exact spot where the wall meets the floor. That’s just a limitation of the design. Fine dust is where both robots shine. It’s the kind of material that builds up without you noticing. It gets tracked into the house, settles under furniture. And collects in high-traffic areas.
Frequent cleaning with these robots can really cut down on that background dust. Frequency is key here, not raw power. If the C28 runs daily, it can pick up dust before it settles deep into carpets or accumulates in corners. Same with pet hair. A pet owner might focus on how much hair a robot can collect in one go. But the real question is how much hair is left on the floor after regular cleaning. If it’s very little, the robot is doing its job. The C28’s anti-tangle system is useful for pet hair. Eufy’s brush design reduces hair wrapping, which helps maintain cleaning performance. And cuts down on manual intervention.
The Roborock also does well with hair, but long hair is still a maintenance issue with almost any robot vacuum. If you’ve a long-haired dog or cat, it’s a good idea to check the brush periodically. No robot can handle huge debris. Both machines can deal with ordinary crumbs and household debris, but they shouldn’t be expected to handle large objects. A few pieces of cereal are one thing, but large food scraps, tissues, or toys sort of are another. The Qrevo S Pro’s obstacle recognition helps it avoid things it shouldn’t try to vacuum.
Vacuum performance also depends on how the robot handles a full dustbin. Both use automated docks to empty the robot, so it doesn’t have to carry around accumulated debris. The C28’s self-emptying station sort of is particularly useful. It can return to the dock, empty its debris, and recharge for the next session. This makes for a very different ownership experience compared to older robots with tiny internal dustbins. The Qrevo S Pro offers similar convenience. However, filtration maintenance is still important. A dirty filter can restrict airflow and affect cleaning performance.
Self-emptying doesn’t mean self-maintaining. The robot removes debris from its internal bin, but the owner still needs to look after the filters and other components. The Eufy’s vacuum and mopping systems are closely integrated. The HydroJet roller is a key part of the machine’s cleaning architecture, making it compelling on hard floors. The robot can address different types of dirt in one cleaning routine. Dry debris is collected by the vacuum, and fine residue can be addressed by the wet-cleaning system. This combination can make the floor feel cleaner than vacuuming alone.
Raw suction power isn’t the best way to compare these robots. If the Eufy removes loose dirt well and then washes the surface, the result might be more noticeable than a slightly stronger vacuum that doesn’t mop as effectively. On hard flooring, the two robots are extremely close. The C28 has the advantage of its high suction rating and anti-tangle brush, while the Qrevo S Pro benefits from excellent cleaning routines and a mature system. On carpets, I’d give the Roborock the advantage.
The difference isn’t huge, but it’s enough that I’d choose the Qrevo S Pro for a home with a lot of carpets. On pet hair, it’s closer. The C28’s anti-tangle brush is useful, while Roborock’s strong navigation and cleaning routines make it effective at keeping pet hair under control. For everyday debris, both are excellent. For deeply embedded dirt, neither can replace a good upright. That’s an important point because it prevents unrealistic expectations.
These robots aren’t trying to be full-size uprights in a smaller body. Their strength is that they can clean frequently, automatically, and consistently. If you run either one daily, your floors can stay clean without much thought. That’s what I value most about their performance. If I were scoring them on maximum cleaning power, I might give the Qrevo S Pro a slight advantage.
But when I score them on what actually matters in a home, the difference is much smaller. The Eufy C28 honestly is an extremely capable daily cleaner, particularly on hard floors. The Roborock Qrevo S Pro is more versatile, especially on carpets and mixed flooring. My final scores are: Eufy C28, 9/10; Roborock Qrevo S Pro, 9.2/10. The margin is small. For a hard-floor home, I could make a case for the Eufy, especially if it’s cheaper. For a mixed-floor household or a pet-heavy home, I’d choose the Roborock. The most powerful robot vacuum isn’t necessarily the one that leaves your house cleanest.
The machine that runs consistently and navigates efficiently will usually outperform a more powerful machine that you only run occasionally. That’s the real strength of both the C28 and Qrevo S Pro. They turn vacuuming into a background process. The Roborock just does that process a bit more convincingly across different floors and household conditions.
Mopping Capability
Mopping sort of is where the Eufy C28 and Roborock Qrevo S Pro really differ. They take distinct approaches to wet cleaning. Both do more than just drag a damp cloth behind the robot. But they use different hardware and cleaning methods. Eufy’s HydroJet roller mop is what sets it apart. It’s a continuously rotating roller that stays in contact with the floor.
Roborock’s Qrevo S Pro, on the other hand, uses two actively rotating mop pads that press against the floor and scrub as it moves. Both work. But which one gives you a better cleaning experience? It depends on what you mean by “mopping”. If you’re talking about removing dust and everyday marks, both kind of are great. But if you’re dealing with dried food or sticky residue, Eufy’s HydroJet concept is more compelling. Robot mopping has always been a compromise. Early models just carried a water reservoir and dragged a cloth across the floor.
The C28 honestly is designed to be more like genuine floor washing. Its HydroJet roller gets a continuous water supply and rotates against the floor. Eufy says it rotates up to 270 times per minute and applies about 1 kg of pressure. That gives the C28 a different feel. The roller does actual mechanical work. Water alone can’t remove everything. A footprint might disappear with a light wipe, but dried food residue needs agitation.
The C28 tries to reproduce that process mechanically. Eufy’s design is clever. The roller is central to the machine’s hard-floor cleaning strategy. It’s not just another feature. Roborock’s Qrevo S Pro approaches things differently. Its two spinning mop pads rotate against the floor as it moves forward. This creates a scrubbing action. There are advantages to this. Two pads cover a broad area and help loosen marks.
They can also be lifted when the robot encounters carpet. That’s important for mixed-floor homes. A robot vacuum needs to know where it can mop and where it can’t. The Qrevo S Pro’s ability to lift its mop pads makes it more versatile. It can continue vacuuming carpeted areas without wetting them. The Eufy C28 has a more complicated challenge. Its roller-mop design is well suited to hard flooring, but it needs to distinguish between surfaces. For a hard-floor house, the C28’s design is attractive.
The HydroJet system offers continuously refreshed cleaning. With a conventional mop pad, you’re always wondering how much dirt it’s accumulated. The C28 tries to automate the process of rinsing the mop. Fresh water is fed in, and dirty water is collected separately. This makes the C28 interesting for households where mopping is a daily necessity. Think about a family kitchen. There’s crumbs, food residue, and footprints every day. A robot that can vacuum and wash the floor automatically has more value. That’s where the C28 can outperform its vacuum specs.
The Qrevo S Pro isn’t lacking in this area. It features spinning mop pads that provide genuine mechanical agitation. Roborock’s cleaning routines are also very sophisticated; the robot can be configured to vacuum. And mop according to the needs of particular rooms. The dock automatically washes the mop pads after use, resulting in a system that requires very little manual intervention. This is a key characteristic of good robot mopping.
A good robot mop isn’t the one that can remove the most stubborn stain in a lab test; it’s the one you’ll actually use frequently. If a robot requires you to manually remove the mop pads, rinse them, refill a tank. And clean everything after every session, you won’t run it as often. Both the C28 and Qrevo S Pro avoid this problem by making mop maintenance part of the dock’s automated routine. The C28’s station can wash the HydroJet roller and dry it with hot air, which is important for hygiene.
And convenience. A wet cleaning component left inside a closed appliance is a breeding ground for unpleasant odors; drying isn’t simply a premium feature, it’s an important part of making automated mopping practical. The Roborock follows the same principle with its mop-pad washing and drying system. That dock becomes an automated laundry room for the robot, which sounds excessive until you’ve owned a mop that needs to be washed manually every time. There’s a difference in how the two systems interact with stubborn stains.
The Eufy’s roller applies continuous pressure across a broad cylindrical surface, making it good at maintaining contact with the floor. And dealing with thin layers of residue. The Roborock’s rotating pads provide more localized scrubbing action; the pads move independently, creating friction against the floor. In practical terms, both should handle ordinary household marks very well, like footprints, light food residue, and dust mixed with moisture. Fresh spills are generally straightforward, assuming they’re compatible with the machine’s cleaning system.
A dried patch of something sticky that’s been sitting on a kitchen floor all day is a different matter; no robot mop should be judged as equivalent to a human with a bucket and a scrub brush. The robots are very good at routine maintenance, but they’re not miracle stain removers. If something has dried into a hard, thick patch, you may still need to intervene manually. The real advantage is that these situations should become less common because the robot can clean frequently. This is another reason the C28’s HydroJet approach appeals; its design is well suited to replacing frequent light-to-medium manual mopping rather than occasionally attempting a deep clean.
If you run the machine regularly, the floor doesn’t have as much opportunity to accumulate layers of dirt. This same logic applies to the Roborock. One of the best ways to judge robot mopping isn’t to spill something and test it; instead, use the robot for several weeks, then walk barefoot across the kitchen floor. That’s when you notice the difference; a good robot mop doesn’t create a dramatic visual transformation every time it runs, but it prevents the gradual decline in floor cleanliness that happens between manual cleaning sessions.
This is particularly useful on darker hard floors, polished surfaces, and areas where footprints are obvious. Another important factor is water management; both machines use dedicated clean- and dirty-water systems in their docking stations. The robot doesn’t simply carry one small tank of water around indefinitely; the water used to clean the floor eventually becomes dirty. The C28’s system is interesting because the dirty water generated during the HydroJet cleaning process is collected and transferred to the station, which can then wash and dry the roller in preparation for the next cleaning cycle.
This creates a closed cleaning loop: fresh water goes into the system, the roller cleans the floor, dirty water is collected, the roller is washed, the roller is dried, and the robot returns to its ready state. The Roborock’s dock follows essentially the same philosophy with its spinning pads; from an ownership perspective, the difference between the two becomes less important once you reach this level of automation. Both remove most of the unpleasant parts of robot mopping; you still have to refill clean water and empty dirty water, clean the dock occasionally, and replace mop components eventually.
But you’re not standing at the sink every evening washing a filthy mop pad, which is a major win for both. There’s also the question of mopping pressure; Eufy’s about 1 kg of downward pressure is substantial for a robot of this size. Pressure kind of matters because a cleaning surface that barely touches the floor can’t generate much friction; the HydroJet roller has a meaningful mechanical advantage over passive cloth systems.
Roborock’s spinning pads also apply pressure to the floor, although the experience is different because the cleaning force is generated by rotating pads rather than a cylindrical roller. I wouldn’t declare one universally superior; the roller is more new, while the rotating pads are more established. The roller potentially provides a more continuously refreshed cleaning surface, while the rotating pads provide an excellent scrubbing action and have a useful ability to lift away from carpets. If your home is almost entirely hard flooring, I would give the Eufy a slight advantage; if your home contains a lot of rugs and carpets mixed with hard floors, I’d favour the Roborock.
There’s another subtle benefit to Roborock’s approach: the two-pad system is extremely familiar within the company’s ecosystem; replacement pads are straightforward, and the design has been refined across multiple Qrevo models. Eufy’s HydroJet system is more distinctive, but it also means you’re buying into a more specialized cleaning mechanism, which doesn’t make it worse, but it sort of means long-term ownership involves a different set of consumables and maintenance requirements. Noise is another consideration; mopping itself isn’t necessarily loud, but the dock can be a different story.
Washing the mop, emptying the dustbin, and drying the cleaning components can produce noticeable noise; neither system should be considered completely silent. The good news is that these functions can generally be scheduled at sensible times, so you don’t have to listen to the dock washing the mop while you’re trying to sleep. One of the C28’s strongest arguments is that Eufy has designed the entire product around making hard-floor cleaning unusually automated.
The HydroJet roller, water management, and automated dock all work toward the same objective; Roborock takes a slightly different route and arguably achieves a more versatile overall system. For ordinary mopping, the Qrevo S Pro is excellent; for hard-floor-focused homes where mopping is the main attraction, I find the Eufy C28 more interesting.
The final scores are close: 1. Eufy C28: 9.3/10 2. Roborock Qrevo S Pro: 9.4/10 The Roborock gets a tiny overall advantage because it combines strong scrubbing with excellent carpet compatibility and a mature automated mop-washing system. But this is probably the category where I would be most willing to reverse the recommendation depending on the home; if you have mostly tile, vinyl, laminate, or sealed hard flooring and want the closest thing to an automated daily floor-washing routine, the C28’s HydroJet system is a very persuasive proposition. If you have a mixture of hard floors, rugs, and carpets, the Qrevo S Pro kind of is the safer all-round choice.
This distinction illustrates why robot vacuum comparisons can’t be reduced to suction figures; the C28 isn’t interesting because it claims a large suction number, but because Eufy has built a complete wet-cleaning system around a roller that’s continuously supplied with fresh water and mechanically works against the floor. The Qrevo S Pro isn’t impressive simply because it has two spinning mop pads, but because those pads are integrated into a broader autonomous system that knows where to mop, where not to mop, when to lift the pads, and when to return to the dock to wash and dry them. , both machines succeed at the thing that matters most: they make mopping a routine background task rather than something you’ve to remember to do manually. For the C28, that’s arguably its defining strength; for the Qrevo S Pro, it’s one of many things it does exceptionally well.
Maintenance & Cleaning
Owning a robot vacuum means maintenance is key, yet it’s often overlooked when comparing models. The Eufy C28 and Roborock Qrevo S Pro aim to reduce cleaning work.. But if you’re spending half an hour every few days washing components, the point of an automated cleaner sort of is lost. Both machines are designed to handle routine maintenance. They’re not maintenance-free. But the difference between occasional maintenance. And cleaning after every run pretty is huge. The Eufy C28 and Roborock Qrevo S Pro perform well in this area, though they go about it differently.
The Eufy C28 has its Omni Station, which acts as more than a charging dock. It empties the robot’s dust container, washes the HydroJet roller, dries it, and manages clean and dirty water. That level of automation is central to the C28’s appeal. That most obvious benefit pretty is the dustbin. Robot vacuums have small internal dustbins, which creates an ownership problem: the more you run the robot, the more often you’ve to empty it.
A self-emptying station solves most of that problem. The C28 can return to its station and transfer accumulated dirt into a larger dust container. Eufy specifies a 3-litre dust collection capacity for the C28’s station, a substantial improvement over the small bin inside the robot. This means owners can go longer between manual emptying, especially valuable in homes with pets. A robot running daily can collect a lot of fur, dust, and debris. Without automatic emptying, that would mean frequent interaction with the robot.
The Roborock Qrevo S Pro follows the same principle. Its multifunction dock automatically empties the robot’s dustbin and stores the collected debris. This means the Qrevo can perform repeated cleaning sessions without requiring owner intervention after every run. Automation isn’t impressive if the machine requires you to stand over it after every cleaning cycle. The C28 and Qrevo S Pro largely avoid that problem. Mop maintenance is important. A vacuum cleaner’s dustbin can be emptied, but a mop becomes wet and dirty.
The automated washing systems on these robots are crucial. The C28’s HydroJet roller is washed by the Omni Station after cleaning, using fresh water and hot air to dry it. This approach tackles the problem of unpleasant smells developing from a wet roller. The Qrevo S Pro uses the same philosophy with its rotating mop pads, washing and drying them after cleaning. The robot does the unpleasant part, and you supervise it. That’s what modern robot-vacuum maintenance should look like. However, there’s a difference between reducing maintenance and eliminating it.
Neither the C28 nor Qrevo S Pro can clean itself indefinitely. The dust station fills, the clean-water tank runs dry, and the dirty-water tank becomes full. Filters collect fine dust, brushes accumulate hair, and the underside of the robot needs inspection. Owners sometimes have unrealistic expectations about self-maintaining robot vacuums. The machine doesn’t eliminate cleaning; it automates repetitive tasks. Take the mop roller as an example. The C28’s HydroJet roller is exposed to dirty water and dust, and the automated washing cycle removes contamination, but the roller still needs inspection and replacement.
The same applies to Roborock’s mop pads. Over time, fibres wear, staining develops, and cleaning performance declines. Brush maintenance is another consideration. The C28’s DuoSpiral brush design reduces tangling, particularly from hair. Long hair wraps around cylindrical brush rollers, restricting movement and reducing cleaning performance.
An anti-tangle design doesn’t mean the brush stays completely hair-free. It’s better at moving hair through the cleaning system rather than allowing it to form a thick ring around the roller. Inspect the brush periodically, especially with long-haired people or pets in the household. Roborock has a mature approach to brush maintenance. Its established roller design is one of the reasons the Qrevo platform is easy to live with. Neither machine is “zero maintenance.” They’re “low maintenance.” That’s more accurate. Filters need attention.
A robot vacuum can empty its dustbin automatically while the filter remains clogged. A dirty filter can reduce airflow and therefore affect vacuum performance. It’s easy to forget about the filter because the robot appears to be maintaining itself. The station is emptying the dust, the mop is being washed, and the robot is charging. But the filter still needs occasional care. Treat filter cleaning as part of a regular maintenance routine. Sensors also need care. The C28’s navigation system depends on its laser sensors and other sensing hardware remaining reasonably clean.
Dust, fingerprints, and grime can interfere with sensors over time. The Qrevo S Pro has the same basic requirement. A quick inspection and wipe from time to time is a small job, but it is important for maintaining reliable navigation. Wheels deserve occasional attention. Robot vacuums spend their lives travelling over floors that contain dust, hair, and small debris. Hair can sometimes become wrapped around wheel axles, while sticky residue can collect on the wheel surfaces. A monthly or periodic inspection is sensible.
The docking station itself is perhaps the most overlooked maintenance area. People tend to assume that because the dock washes the mop, the dock doesn’t need cleaning. But the dock is where dirty water, dust, and mop residue converge. The C28’s dirty-water tank will inevitably contain contaminated water after cleaning cycles, it should be emptied and rinsed rather than being allowed to sit indefinitely. Check the water levels and Empty the dirty-water tank if necessary. The washing area inside the station can also collect residue. Roborock’s station has the same basic issue. Automated mop washing means the dock is effectively washing dirty cleaning equipment several times per week, it therefore needs occasional cleaning itself.
Water management introduces another ownership consideration: mineral deposits. If you live in an area with hard water, repeated water evaporation can leave mineral residue on components. Follow the manufacturer’s recommendations regarding water and cleaning solutions rather than improvising. Robot vacuum manufacturers don’t design these water systems with every household chemical in mind. Both docking systems reduce the need for manual mop handling. That matters more than it initially sounds because a conventional robot mop might require you to remove the pad after every run, rinse it, wring it out, and leave it somewhere to dry.
With the C28 and Qrevo S Pro, you can let the station handle most of the routine washing and drying. That means the remaining maintenance becomes occasional rather than constant. The Eufy’s HydroJet roller creates an interesting ownership difference. A roller is one continuous cleaning component rather than two separate mop pads. That potentially makes the system easier to inspect because there is one obvious cleaning element to check. Roborock’s two-pad system, meanwhile, is extremely established and easy to understand. Both have advantages. I wouldn’t choose between them based solely on the number of cleaning components. I’d look instead at how often you actually have to intervene. And on that measure, both perform strongly.
The Qrevo S Pro has a slight advantage: the overall ecosystem is extremely mature. Roborock has produced multiple generations of Qrevo machines, so its approach to consumables, dock maintenance, brush design, and app reminders has been refined over time. The C28 is also designed as a premium automated system, and its self-maintenance features are impressive, but the Qrevo platform feels slightly more established as an ownership proposition. The Eufy fights back with the HydroJet system.
For someone primarily concerned with hard floors, the fact that the roller is automatically washed and dried is a major selling point. The most important takeaway is that both robots dramatically reduce the amount of daily maintenance compared with older robot vacuums. You aren’t constantly emptying a tiny dustbin. You aren’t manually washing the mop after every run. You aren’t removing the cleaning components from the robot after every session. Instead, you spend a few minutes periodically looking after the system. That’s a very good trade.
If I were establishing a realistic maintenance routine, I’d think about it this way: After each week of regular use, Check the robot and dock. Remove obvious hair and debris. Check the water levels. Empty the dirty-water tank if necessary. Inspect the brushes and mop system. Every few weeks, give the dock and robot a more thorough clean. At longer intervals, replace consumables according to their condition and the manufacturer’s recommendations. That’s considerably less work than manually vacuuming and mopping the entire house.
For pet owners, maintenance will naturally be more frequent. A home with two long-haired dogs is a completely different cleaning environment from a small apartment occupied by one person. But the self-emptying and self-washing systems remain valuable precisely because they scale better with increased cleaning frequency.
Overall, I’d give the Eufy C28 9.1/10 for maintenance and the Roborock Qrevo S Pro 9.3/10.
The Roborock gets the narrow win because its overall system feels slightly more mature and predictable, particularly when you consider the robot, dock, brushes, mop pads, filters, and software as one ownership experience. The Eufy C28 is nevertheless extremely impressive. Its HydroJet roller, automated washing, hot-air drying, self-emptying, and water management make it much closer to a genuinely autonomous floor-cleaning system than a conventional robot vacuum. The important distinction is that neither product eliminates maintenance. They eliminate the repetitive parts.
And that’s exactly what I would want. A good robot vacuum shouldn’t promise that you’ll never touch it. It should promise that when you do need to touch it, it’s because you’ve reached a sensible maintenance interval rather than because the machine has stopped working. On that standard, both the Eufy C28 and Roborock Qrevo S Pro are very successful. The C28 is particularly compelling for owners who want automated hard-floor washing, while the Qrevo S Pro offers the more polished all-round maintenance experience.
For everyday ownership, that’s almost as important as how well either machine vacuums. A robot that cleans brilliantly but constantly demands attention isn’t really autonomous. The real achievement of these two machines is that, most of the time, they can clean, empty themselves, wash themselves, dry themselves, and return to standby without asking you to get involved.
Ergonomics & Everyday Usability
Ergonomics takes on a different meaning with robot vacuums. It’s not about handle comfort or weight. But how much effort the owner needs to put in. The Eufy C28 and Roborock Qrevo S Pro are designed to automate cleaning, but the experience depends on more than just pressing a button. A genuinely ergonomic robot vacuum should be easy to set up, understand, schedule, maintain. And ignore while it works. Both machines perform well in this broader definition of ergonomics. The Eufy C28 is appealing for straightforward automation.
Once set up, everyday interaction is minimal. You don’t need to carry it, plug it in, or empty the dustbin after each use. This dock handles these tasks. This is the real ergonomic advantage of a robot vacuum: it removes physical effort and decision-making. The Roborock Qrevo S Pro follows the same philosophy but adds more software control. Its app gives flexibility over cleaning schedules, modes, and room treatment. For someone who likes control, it’s excellent. But for someone who just wants the robot to vacuum, it can seem like too much information.
A smart appliance isn’t automatically easier to use just because it offers more options. If the owner has to spend time configuring a routine, the additional sophistication can make the appliance less ergonomic. Fortunately, the Qrevo S Pro doesn’t force you to use all its capabilities. You can configure detailed routines or operate it simply. This two-level approach is useful. There’s a basic mode for automation and a more advanced mode for customization. Initial setup is another part of usability.
Robot vacuums need a suitable home, and the docking station needs to be positioned where the robot can leave and return reliably. This is an area where a robot vacuum can create an unexpected ergonomic problem. If you put the dock in an awkward corner, you’ll become frustrated when you need to refill water tanks or empty the dirty-water container. The dock should be positioned somewhere accessible. The C28’s multifunction station is substantial, so it needs a permanent location. The same is true of the Qrevo S Pro.
Neither is a machine you casually move around the house. Once the station sort of is in place, the robot should largely take care of itself. This is where the experience is different from an upright vacuum. With an upright, you physically carry the vacuum to where cleaning needs to happen. With the C28 or Qrevo S Pro, you bring the cleaning task to the robot through software. You can instruct the robot to clean a specific area, like the kitchen, without getting up. The physical effort is almost zero, and the mental effort is reduced.
Because the machine can be scheduled, you don’t even need to remember to do it. This is where the C28’s automation becomes attractive. You can set a routine around your household’s needs. If a particular room needs more frequent attention, it can be assigned a more aggressive schedule. The Qrevo S Pro takes this concept further with its room-level control and software ecosystem. You can treat the home as individual cleaning zones rather than a single large space. This is practical and saves time, battery, and noise. It makes the robot more compatible with everyday life. For example, you can clean the kitchen and hallway while leaving the office alone during work hours.
This is good ergonomics because it allows the cleaning appliance to adapt to the occupants rather than forcing them to adapt to the appliance. The same applies to pets. A robot vacuum can be scheduled for times when pets pretty are less likely to be underfoot. Physical interaction with the robot itself is relatively limited. That robot needs to be placed on the floor initially, and occasionally you may need to move it if you are cleaning an area it can’t reach from its normal dock. But most of the time, the robot doesn’t need to be picked up. This is a major advantage for anyone who finds traditional vacuuming physically tiring. The Qrevo S Pro’s lower profile also contributes indirectly to usability.
Because the robot is relatively low, it can access more space underneath furniture without requiring the owner to move that furniture manually. The C28 is still compact enough to get underneath many sofas and beds, but its greater height means there may be situations where the Roborock can reach an area that the Eufy can’t. This becomes important because one of the hidden ergonomic benefits of a robot is that it can clean places that are physically awkward for humans. You don’t have to kneel down with a vacuum attachment or move a heavy bed. You simply let the robot deal with the space.
There are limits, of course. Very low furniture can still be inaccessible, and furniture with narrow legs can create awkward spaces. Some objects will always require manual cleaning. But the robot handles a large percentage of the repetitive floor area. The dock is where some physical interaction basically is unavoidable. Water tanks have to be filled, dirty water has to be emptied, and the dust collection system eventually needs attention. These tasks are relatively straightforward, but the ergonomics of the station matter.
The C28’s tanks are built into the station and can be removed for filling. And emptying. Same with the Qrevo S Pro. They need to be accessible. You don’t want to squeeze between furniture to refill them. The mobile app is a big part of usability. Roborock has an advantage here. Their software is strong, with lots of control over maps, rooms, and cleaning schedules. That makes the Qrevo S Pro appealing to people who like fine-tuning their cleaning routine. The C28 also has an app, but it’s more basic. Roborock feels like a complete smart-home system. Eufy basically is more about making the robot easy to use. Neither approach is better.
For a tech-savvy user, Roborock’s control is nice. For a first-time buyer, Eufy’s simplicity might be more comfortable. Voice control is also convenient. That less you need to open the app, the more natural it feels. But automation is the main thing. A robot that needs voice commands all the time isn’t autonomous. That best setup sort of is one where schedules handle most cleaning and the app is for exceptions. Recovery from mistakes is also important. What happens when the robot gets stuck? A good navigation system is key.
The Qrevo S Pro has an advantage here, with sophisticated obstacle avoidance and mapping. The C28 is also designed for autonomous navigation, but Roborock’s system pretty is better in complicated environments. Usability isn’t just about the app. The robot’s physical behavior matters too. A good app can’t make up for a machine that gets stuck all the time. Both robots are good at avoiding this, but the Qrevo S Pro is more reassuring. Noise is also a factor. A quiet robot can run while you’re doing other things.
A loud one needs to be scheduled around your life. Both the C28 and Qrevo S Pro are quieter than conventional vacuums, but the dock can get loud during dust collection and mop washing. The ultimate test is how quickly the robot becomes a background appliance. Both the C28 and Qrevo S Pro do this well. Once they’re set up, you stop thinking about vacuuming and just notice the cleaner floors. That’s the greatest ergonomic achievement. The Eufy C28 gets 9/10 for everyday usability. It’s automated, easy to use, and attractive for someone who wants to reduce cleaning effort.
The Roborock Qrevo S Pro gets 9.4/10. Its software control, mapping, and obstacle avoidance give it a slight advantage, especially for larger homes. But the difference is small. For someone who wants simplicity, the Eufy might be more comfortable. For someone who wants customization, the Roborock is better. These machines are different from traditional vacuums. An upright is successful when it makes vacuuming easier. The C28 and Qrevo S Pro are successful when they make vacuuming unnecessary.
That’s a higher bar, and both machines clear it. The Roborock gives more control, while the Eufy emphasizes simplicity. For most households, I’d prefer the Roborock’s flexibility. But if you just want to schedule cleaning and forget about it, the Eufy C28 is still very convenient. That best feature of these robots is that you don’t need to be there when they clean.
Pet-Friendliness
Pet owners gain a lot from a good robot vacuum. Living with a dog or cat makes cleaning way harder. It’s not just about dust. And crumbs anymore. There’s fur, dander, litter, food, muddy paw prints. And whatever your pet brings in.. And pet hair is super visible, even after you’ve cleaned. The Eufy C28 and Roborock Qrevo S Pro are interesting because they’re designed for frequent automated cleaning.
They’re not just for occasional vacuuming. What matters most pretty is that pet-friendliness isn’t just about suction power. A robot vacuum can have great suction but still be bad for pet owners if it gets tangled in fur or knocks over food bowls. Both the C28 and Qrevo S Pro are good choices for households with pets. The Eufy C28 has a strong brush design. Its DuoSpiral brush system reduces hair tangling, which is a big problem for pet owners. Anyone who’s cleaned a conventional vacuum brush knows how quickly hair wraps around the roller.
It starts with a few strands, then more collect, and eventually, you’ve to pull, cut, and unwind it manually. Eufy’s anti-tangle approach is more than just a marketing thing. It affects ownership directly. This less hair that gets wrapped around the brush, the less often you need to intervene. The C28 isn’t completely immune to hair, though. No robot vacuum pretty is. Long human hair and pet hair can still get into moving parts and require occasional cleaning.
The Roborock Qrevo S Pro is also good with pet hair. Its vacuum system, brush design, and navigation work well for daily maintenance. Daily maintenance is key. Consider a household with a shedding dog. If you use a traditional upright once a week, you might collect a lot of fur. By the time you vacuum, hair may already be under furniture or caught in carpet fibers. A robot changes that. Instead of waiting for hair to accumulate, you can run it every day. The robot removes smaller quantities before they become a problem.
That means the floor stays cleaner between deep cleans. I’d prefer a robot vacuum with moderate cleaning performance and excellent automation over one with huge peak suction and poor navigation. Frequency wins. The C28 is well suited for this because its self-emptying station honestly means you don’t have to empty it manually all the time. A pet household can generate a lot of debris. If you had to empty the robot after every run, you’d stop running it as frequently as necessary. The automatic emptying system removes that barrier.
The Qrevo S Pro provides the same advantage. For both machines, pet hair becomes something the robot manages continuously rather than something you need to attack periodically. Carpets are where things get more complicated. Pet hair behaves differently on carpet than on hard flooring. On tile or laminate, hair stays loose on the surface. That side brush can sweep it toward the main brush, where the vacuum system collects it.
On carpet, hair gets embedded between fibers. That requires agitation and suction. The Roborock Qrevo S Pro has a modest advantage here. Its overall vacuuming system is well suited for mixed-floor homes, and its ability to lift the mop pads when encountering carpet means it can vacuum those areas without introducing moisture.
The C28 is still capable of maintaining carpets, especially low- and medium-pile carpets. But I’d keep a conventional upright or cordless vacuum available for deep cleaning in a heavily carpeted pet home. This isn’t a criticism of the Eufy. It’s a limitation of robot vacuums. If your dog sheds heavily and spends most of its time on thick carpet, no robot should be your only cleaning tool. The robot is best used for daily maintenance, and the upright handles the deep clean.
That combination is effective. Pet dander is a different challenge. You can’t see it, but it accumulates with dust and hair. Frequent vacuuming helps reduce airborne and settled debris, and both the C28 and Qrevo S Pro are designed to collect fine particles through their filtration systems. Again, the key advantage is frequency.
A robot that runs daily can remove dander regularly. No more letting it build up over several days. People with allergies should be realistic about what a robot vacuum can achieve. It doesn’t magically sterilise the home. Allergens aren’t completely eliminated. These machines provide frequent removal of dust, hair. And other particles from the floor. The sealed nature of a modern automated vacuum. And its filtration system can help.
But the rest of the home still requires cleaning. Soft furnishings, bedding. And upholstery remain important sources of pet hair. And dander. A robot should be viewed as part of a wider cleaning routine rather than a complete replacement for every other cleaning tool. One of the biggest pet-related challenges is obstacle avoidance. Pets don’t necessarily cooperate with the robot. A cat may sit directly in its path. A dog may decide that the robot is an interesting object to investigate. Food bowls may be left in the middle of the kitchen. Toys may be scattered across the floor.
This is where Roborock’s obstacle-recognition capabilities become particularly useful. The Qrevo S Pro is designed to recognise. And avoid objects in its path, allowing it to navigate around a less-than-perfectly tidy environment. The Qrevo’s more sophisticated obstacle avoidance reduces the risk of certain objects getting caught in the brush. The Eufy C28 also has obstacle avoidance. And laser-based navigation, so it’s far from helpless in a cluttered home. But Roborock has the advantage when the floor is frequently occupied by pet-related objects.
Water bowls are another reason pet owners should care about obstacle avoidance. A robot vacuum and a water bowl are not always natural friends. If the robot bumps into the bowl, it could potentially move it, spill some water, or simply waste time trying to navigate around it. The safest approach is to create an exclusion zone around food and water stations if the layout of your home allows it. The same applies to litter boxes. Cat litter presents a particularly interesting test. Loose litter can be picked up effectively by a robot vacuum, and frequent cleaning is useful because litter tends to spread beyond the immediate area around the tray.
But a robot shouldn’t necessarily be sent aggressively into the litter-box area while a cat is actively using it. Fine litter dust can also accumulate rapidly, which means filter and brush maintenance may need to be more frequent. This most important pet-safety issue is pet accidents. A robot vacuum doesn’t reliably understand the difference between a harmless dark patch on the floor and something you absolutely don’t want spread around the house. If a pet has an accident, an autonomous robot may turn a small problem into a large one by travelling through it.
This isn’t unique to the C28 or Qrevo S Pro. It’s a general limitation of robot vacuums. The solution is simple: if your pet is prone to accidents, don’t run the robot unattended in circumstances where an accident is likely to occur. Pet behaviour is another consideration. Some animals simply don’t care about robot vacuums. Others are fascinated by them. Some dogs bark at them. Some cats climb onto them. Some pets actively chase the side brush. The best robot in the world can’t change your pet’s personality.
Fortunately, both machines honestly are designed to operate relatively quietly compared with conventional upright vacuums, particularly when they’re running at lower cleaning settings. That can make it easier for pets to adapt. A robot vacuum also has the advantage of being predictable. If you run it at the same time every day, many pets eventually learn that the machine is simply part of the household routine. The dock itself can be more startling because automated dust emptying and mop washing can create sudden bursts of noise.
I’d therefore introduce a pet to the robot gradually rather than assuming that an animal will immediately be comfortable with it. The mopping side of pet ownership is equally important. Dogs can leave muddy paw prints. Cats can track litter across hard floors. Food can be dropped around bowls. These are exactly the situations where the C28’s HydroJet roller becomes particularly appealing. A vacuum can remove the solid debris, but it can’t deal with the thin layer of residue left behind by wet paws or food.
The C28’s active roller is designed to wash the hard floor rather than simply wipe it with a damp cloth. For a dog-owning household with predominantly hard floors, I think this could be one of the C28’s biggest practical advantages. The Qrevo S Pro is also excellent here. Its rotating mop pads provide active scrubbing, and the automated washing and drying system means the owner doesn’t have to deal with dirty pads after every cleaning session. Both therefore work well as combined pet-hair and floor-maintenance systems.
The difference is that the Eufy feels slightly more focused on the hard-floor washing side of the equation, while the Roborock is the more versatile all-rounder. Another consideration honestly is how frequently the robot should run. Pet owners may be tempted to run the vacuum continuously. There’s little reason not to run frequent cleaning cycles, provided the machine has enough time to recharge and the household is comfortable with the noise. A daily vacuuming routine is likely to be more effective than one enormous cleaning session every few days. In a particularly high-shedding home, running the robot more frequently can reduce visible hair accumulation.
The self-emptying dock becomes especially valuable in this situation. Without it, frequent cleaning would create frequent emptying. With it, the robot can work in the background. The C28 and Qrevo S Pro therefore turn pet hair into a manageable maintenance problem rather than a constant cleaning chore. When it comes to long-term pet ownership, I would also pay attention to consumable costs.
Pet hair increases the workload placed on brushes and filters. Mop pads may become dirty more quickly. The dust collection system may fill faster. Water tanks may need more frequent attention if mopping is performed regularly. This doesn’t make either machine expensive to maintain, but it does mean that a pet owner should expect to replace consumable components somewhat more frequently than someone living in a pet-free home.
Overall, I would give the Eufy C28 9.2/10 for pet-friendliness. Its anti-tangle brush architecture, high suction, self-emptying system, and particularly capable hard-floor mopping make it an excellent choice for pet owners.
I’d give the Roborock Qrevo S Pro 9.4/10. The difference sort of is small, but Roborock’s superior navigation and obstacle avoidance give it an edge in the messy, unpredictable environment that comes with pets. If your house is mostly hard flooring and your biggest problem is dog hair, muddy paws, and daily kitchen mess, the C28 is extremely compelling. If you have several pets, mixed flooring, rugs, lots of furniture, and a household where toys and bowls regularly appear in unexpected places, I’d choose the Qrevo S Pro.
A pet-friendly robot vacuum isn’t necessarily the machine that has the highest suction or the most aggressive brush. It’s the machine that can coexist with the household. It needs to tolerate fur. It needs to avoid bowls and toys. It needs to handle daily debris. It needs to empty itself. It needs to wash its mop. And it needs to do all of that without requiring the owner to supervise every cleaning cycle. Both the Eufy C28 and Roborock Qrevo S Pro come remarkably close to that ideal. For most pet owners, I would ultimately favour the Roborock because its navigation intelligence makes it better suited to a home where the environment changes constantly.
But I wouldn’t hesitate to recommend the Eufy to someone whose priorities are hard floors, aggressive daily hair collection, and automated wet cleaning. In either case, the biggest benefit isn’t the ability to remove an enormous pile of pet hair in one spectacular cleaning session. It’s the ability to prevent that pile from ever forming. That’s where robot vacuums make the biggest difference for pet owners. Run the machine regularly, let the dock empty and maintain it automatically, and the house stays in a much more consistently clean state.
Conclusion
Neither the Eufy C28 nor the Roborock Qrevo S Pro basically is just a robot just driving around the house collecting dust. Both are powerful vacuum cleaners with sophisticated navigation, automated mopping, self-emptying. And dock-based maintenance, all rolled into systems that can handle much of the everyday cleaning without constant supervision. The Eufy C28 is the more distinctive of the two. Its HydroJet roller gives it a strong identity and it makes a strong case for households largely made up of hard floors. It provides strong vacuuming power, anti-tangle brush tech and active roller mopping, making it effective at dealing with the regular mix of dust, hair, crumbs, footprints and light floor residue.
The C28 is especially appealing for pet owners and anyone who dislikes traditional mopping. The Roborock Qrevo S Pro is the more rounded all-purpose choice. It edges it ahead for navigation, mapping, obstacle avoidance, carpet handling and software experience when the home is complicated or contains a mix of flooring. Its dual rotating mop system is also highly capable. The multifunction dock removes much of the maintenance associated with traditional robot mops. If you place a priority on hard floor cleaning and automated washing, I’d give serious consideration to the Eufy C28.
If you want the most versatile robot for a larger mixed floor household, the Roborock Qrevo S Pro pretty is the one to choose. Neither completely replaces a good upright vacuum. Deep carpet cleaning, stairs, upholstery and awkward corners still benefit from a conventional vacuum cleaner, just as they always have. But that’s not really the point. Their greatest strength is keeping everyday dirt under control so that those deeper cleaning sessions become less frequent. I’d give the Roborock Qrevo S Pro the narrow overall victory, but the Eufy C28 is close enough.