Shark PowerDetect 2-in-1 Robot Vacuum and Mop with NeverTouch Pro Base: A New Era in Intelligent Home Cleaning

Introduction

In the world of intelligent domestic robotics, floor-cleaning robots have gone from novelty to near ubiquity. The first robotic vacuums of the early 2000s, like the original Roomba, were rudimentary—bumping around randomly and requiring frequent human intervention. Fast forward to 2025, and an estimated 55 million personal and domestic service robots are in use worldwide. These range from automated mops to lawn care robots, all part of a broader shift toward autonomous home care. Within this landscape, the Shark PowerDetect™ 2-in-1 Robot Vacuum and Mop with NeverTouch™ Pro Base emerges as a state-of-the-art example of how far domestic robots have evolved.

Shark, a company long known for its conventional vacuum cleaners, has in recent years entered the robotic vacuum arena with force. The PowerDetect 2-in-1 is its latest flagship—a device that not only vacuums and mops simultaneously, but also empties its own dustbin, refills its water tank, and even washes and dries its mopping pad, all without direct human contact for weeks at a time. This “NeverTouch” autonomy situates the Shark PowerDetect at the cutting edge of intelligent home cleaning systems. It’s more than just a convenience gadget; it represents a key step toward truly independent household robots.

In this article, we will explore what makes the Shark PowerDetect 2-in-1 Robot Vacuum and Mop special. We’ll begin by breaking down its features, technologies, and performance benchmarks in detail, highlighting how it uses sensors and smart algorithms to adapt to your home. Then, we’ll delve into a narrative-rich exploration of what this robot symbolizes beyond clean floors – examining how its design aligns with the mission of URCA (Universal Robot Consortium Advocates) to promote beneficial robotics. Finally, we will reflect on the Shark PowerDetect’s role in the evolving landscape of autonomous care systems, where robots increasingly handle everyday tasks and even caregiving functions in our lives.

Features and Technologies: A Deep Dive

The Shark PowerDetect 2-in-1 with NeverTouch Pro Base is packed with features that epitomize the latest in home robotics. From advanced sensor technology to self-maintenance capabilities, it brings together multiple innovations aimed at delivering a hands-free, intelligent cleaning experience. Below, we break down its key features and the technology behind them, along with insights into how each performs in practice.

Design and Navigation Intelligence

At first glance, the Shark PowerDetect 2-in-1 looks similar to other high-end robot vacuums: a low-profile round robot (approximately 13–14 inches in diameter) in a sleek matte black finish. But under the hood, it’s bristling with intelligent hardware. On top of the unit is a rotating 360° LiDAR turret – essentially a laser rangefinder that maps your rooms in real time. This LiDAR-based SLAM (Simultaneous Localization and Mapping) system allows the robot to navigate methodically and create an accurate floorplan, even in low light. During initial setup, the Shark will roam to produce a map, and within minutes it can outline your home’s layout. The mapping process is impressively quick thanks to LiDAR; one reviewer noted the first mapping run “goes pretty quickly and creates a rough outline of your home,” after which you can label rooms and set virtual no-go zones via the app.

In addition to LiDAR, the PowerDetect features a front-facing 3D sensor module for object detection. This acts as the robot’s eyes for obstacle avoidance, identifying everyday hazards like shoes, pet toys, or stray phone chargers in its path. Shark has equipped all PowerDetect models with what it calls AI obstacle avoidance – using a combination of infrared sensors and 3D structured light to spot and go around obstacles. In practice, this works quite well: testers found the robot expertly curved around unexpected items on the floor. In fact, the Shark was overly-cautious at times – TechRadar observed that its sensors sometimes kept it so far from walls that it missed a bit of edge debris. This trade-off means you won’t find scuff marks on your baseboards, though you might need to occasionally sweep out corners the robot is too polite to hug.

Another hallmark of the PowerDetect’s design is its ability to handle complex home layouts. Thanks to NeverStuck™ Technology, the robot can lift its chassis by about 0.8 inches when needed. The most obvious benefit is that it can climb over door thresholds and rug edges up to 38 mm (~1.5 inches) high, far higher than most robot vacuums which often get stranded on anything taller than a low rug. In testing, the Shark easily surmounted thick carpet transitions and even “wood saddles between rooms” that other robots struggled with. This active lift also engages during mopping: whenever the robot approaches carpet while mopping, it automatically hoists the mop pad up and away from the floor so it doesn’t wet your rugs. The result is seamless, whole-home coverage – the Shark can move room-to-room, vacuuming and mopping appropriate surfaces without human intervention or physical barriers.

Five Intelligent “PowerDetect” Cleaning Technologies

What truly sets the Shark PowerDetect apart is hinted at in its name. “PowerDetect” refers to a suite of smart features that let the robot detect messes and adapt its cleaning power dynamically. Shark markets five intelligent cleaning technologies under the PowerDetect banner, designed to tackle everything from subtle dust to stubborn stains. These technologies give the robot a kind of sensory awareness of its environment, enabling it to respond in real time to different floor conditions. Here’s a breakdown of each of the five PowerDetect technologies and what they do:

FloorDetect: The Shark automatically recognizes the type of floor under it – whether it’s hardwood, tile, or carpet – and optimizes its cleaning accordingly. On carpets, it will boost suction and adjust its brush roll engagement for deeper debris extraction. On hard floors, it eases off the brush roll to better capture dust and, if mopping, will modulate how much liquid to dispense. This happens on the fly: as the robot glides from a rug onto tile, you can hear it change pitch as it ramps suction power up or down. This smart floor-type sensing ensures maximum cleaning performance without manual input, and conserves battery when full power isn’t needed.
DirtDetect: Similar to high-end Roomba models, the Shark PowerDetect can sense areas with a high concentration of dirt or dust and automatically increase its suction power and make extra passes in that zone. If it rolls over an especially dirty patch (detected via particulate sensors in its brush system), it will momentarily boost from normal mode to a stronger vacuum mode, and may go back-and-forth to thoroughly pick up all debris. This means common spill areas – like the front door (think tracked-in dust) or under the kitchen table – get more attention. In reviews, this feature worked as advertised; the Shark “identifies areas with more debris then boosts vacuuming performance” on its own. It’s a key reason the robot achieved such high pickup scores in lab tests (more on that in the performance section).
StainDetect: When mopping, the Shark is on the lookout for spills and dried-on grime. If it encounters a sticky mess or spill on the floor, its StainDetect mode kicks in to scrub more intensely. The robot will increase the mopping solution flow and go over the spot multiple times in a scrubbing pattern to lift the stain. In practice, this was remarkably effective – one reviewer subjected the robot to various stubborn stains like gravy, coffee, and mud, and reported that the PowerDetect “made stains vanish every time” instead of just smearing them around. The Shark’s single circular mopping pad oscillates back and forth slightly to provide agitation, and combined with StainDetect’s multiple passes, it can remove dried spills that lesser mopping bots might leave behind. This feature delivers on the promise of truly autonomous mopping; even sticky kitchen accidents can be delegated to the robot.
EdgeDetect: Corners and baseboard edges are notoriously tricky for round robot vacuums. Shark’s novel solution is EdgeDetect, a technology that blasts a targeted jet of air out the side of the robot when it’s along a wall, blowing dust out of corners and into the robot’s path. Additionally, in mop mode the robot extends its round mopping pad about an extra inch beyond its body when tracing edges, essentially reaching into corners that the main unit can’t physically fit into. This two-pronged approach (air for vacuuming edges, and an extending pad for mopping edges) is quite unique. Users noted that visible debris along baseboards was greatly reduced thanks to the air-blast trick, though perfectly clean corners still sometimes required a quick touch-up by hand. The Wet Edge extension for mopping is clever, but as one tester found, even that can’t always get right into the 90-degree corner of a room. Still, EdgeDetect ensures that, for the most part, no cleaning detail is missed along walls – a frequent weak spot of other robot vacuums.
NeverStuck™ Technology: We touched on this earlier in the context of design, but it’s indeed one of the five key technologies. NeverStuck is Shark’s term for the robot’s ability to avoid getting stranded. Using sensors and a lifting mechanism, the PowerDetect actively prevents common robot traps. It can clamber over high thresholds or thick rug fringes that would halt others, and if it senses it’s starting to tangle in cables or get wedged, it will back off and reroute. For instance, if the robot’s side brush pulls in a shoelace, the Shark can detect the resistance and stop its brush to escape (where older bots might just stall). In practical terms, this means you won’t come home to find the Shark stuck under a couch or atop a floor vent – a huge boon for reliability. As evidence, one long-term review noted that after four weeks of daily use, the robot “never got stuck” a single time. This level of self-sufficiency underscores the PowerDetect’s mission of hands-free cleaning.

These five technologies work in concert, allowing the Shark PowerDetect to automatically adjust its behavior for an optimally thorough clean on every run. It can, for example, detect that it’s on a kitchen’s tile floor (FloorDetect), sense extra crumbs near the stove (DirtDetect), mop up a spilled juice spot (StainDetect), blow away dust bunnies from the baseboards (EdgeDetect), then lift itself over the doorway saddle into the living room without a hitch (NeverStuck). All of this happens without the user lifting a finger. This kind of context-aware autonomy is a significant step forward in domestic robotics – the vacuum is not just following a pre-set routine, but actively responding to the home’s conditions like a mindful cleaner.

Vacuuming and Mopping Performance

A 2-in-1 vacuum/mop is only as good as its performance in both tasks. The Shark PowerDetect aims to deliver high-end vacuum suction and effective mopping in one unit, so that you don’t compromise on either function. Let’s look at how it stacks up in terms of real cleaning power, both vacuuming debris and mopping floors, as observed in independent tests.

Vacuum Suction and Debris Pickup: Shark’s vacuums are known for strong suction, and the PowerDetect carries this reputation into the robot realm. It features a powerful motor (rated around 650 Watts) and a brushroll system optimized to pick up everything from fine dust to large particles. In controlled tests, the Shark PowerDetect achieved an impressive overall cleaning score of 94.6% (out of 100) when vacuuming a mix of common debris on both hard floors and carpet. This is on par with or better than many pricier flagship robots. For instance, on hardwood it picked up virtually all of the test debris (scores of 99-100 on items like cereal and kitty litter), and on carpet it similarly excelled except with very fine dust. Pet owners in particular will be glad to know the Shark is adept at picking up pet hair: one reviewer who used it in a home with a dog and two cats found it “shockingly good at picking up pet hair” embedded in rugs. In Vacuum Wars’ lab measurements, the Shark managed to remove 86% of hair from test carpet, slightly above the industry average. It also registered above-average airflow through its vacuum inlet, indicating strong suction performance.

However, no vacuum is perfect yet. The PowerDetect’s one vacuuming weakness is extremely fine debris on certain surfaces. In TechRadar’s review, the Shark struggled to fully capture fine powder (like flour) from a hardwood floor or a dense rug, leaving a slight residue. The suction and brush couldn’t pull all of the powder out of a thick pile, so a bit of manual follow-up was needed – though the reviewer noted “that’s not unusual, even with the very best robot vacuums” for such tricky debris. Another minor quibble is that the Shark does not allow manual adjustment of suction power via the app; unlike some competitors that have “quiet” or “max” modes, the PowerDetect handles power scaling entirely automatically. Most of the time it chooses correctly, but a few users wished they could force it to max power for specific deep cleaning tasks. Despite these caveats, the vacuuming prowess is generally excellent: crumbs, dust, and typical household messes are cleaned up efficiently, aided by the robot’s methodical back-and-forth cleaning pattern (it systematically covers edges then fills in the area in neat rows).

Mopping and Stain Removal: On the mopping side, the Shark PowerDetect holds its own against dedicated robot mops. It comes with a microfiber mopping pad that attaches to a plate under the robot when mopping (the pad is stored and cleaned in the base between uses). The onboard water tank holds enough solution for a full-house mop, and the dock’s reservoir can refill the robot’s tank automatically for up to 30 days of mopping autonomy. In use, the Shark’s mopping performance has been rated better than average by independent testers. Vacuum Wars gave it a strong score in a dried-on stain test, noting the PowerDetect outperformed the typical robot mop in scrubbing up hardened messes. The secret weapon here is the combination of downward pressure, the pad’s slight scrubbing motion, and the StainDetect multi-pass feature. The Shark effectively uses its weight (it’s a relatively heavy unit, at about 11.4 kg combined with its base) to press the pad into the floor, and the pad oscillates to simulate a wiping action. As mentioned, tough stains like dried sauces were removed successfully in multiple trials. One reviewer even reported an extreme test where sticky syrup was mostly cleaned; after the first pass left a hint of stickiness (a tough challenge for any robot), running the Shark a second time cleared it away.

That said, there are a few practical aspects to note about the Shark’s mopping. Because it’s a single-pad design (as opposed to twin spinning pads on some other models), it mops in a back-and-forth motion and can vacuum simultaneously. The advantage is speed – it can do both jobs at once, potentially finishing a mixed floor plan in roughly half the time it would take to vacuum then mop separately. In fact, the robot’s software encourages combined operation for efficiency, since any fine dust missed by the vacuum gets picked up by the damp mop trailing behind. However, a limitation is that the user cannot adjust the water flow or mop scrubbing intensity manually in the app. The robot decides how wet to make the pad based on its detections. In some cases, people found the default mopping left floors “wetter than I’d like”, especially on wood floors where you might prefer a drier wipe. Because there’s no way to set a “low water” mode, one has to trust the robot’s judgment or skip mopping in moisture-sensitive areas. On balance, floors do come out clean and shiny, but if you’re particular about moisture, you may need to supervise initially to build trust in its settings.

A bright spot for hygiene is that the Shark uses an antibacterial microfiber pad and includes a multi-surface cleaning solution. It even has a special Stain Mode (part of StainDetect) which increases cleaning time on spills, ensuring it’s not just spreading dirty water around. Users reported that their floors looked genuinely clean after mopping – not the half-hearted wipe some combo robots provide. And any dirt the pad does pick up is handled by the base’s self-washing system, so you’re always mopping with a clean pad. Overall, the Shark PowerDetect proves that a 2-in-1 device can deliver robust mopping without sacrificing vacuum performance. It saves time by doing both jobs together, and thanks to smart sensing, it avoids the common pitfalls of robot mops (like wetting carpets or missing sticky spots).

The NeverTouch™ Pro Base: Self-Emptying, Self-Cleaning, and Self-Reliant

Perhaps the crowning feature of this product is the NeverTouch Pro Base, an all-in-one charging station that dramatically reduces maintenance. This base is not just a place for the robot to dock; it’s an integral part of the system that handles the messy upkeep automatically, aligning perfectly with the “Never Touch” promise (meaning you rarely have to touch dirt or the robot itself). Let’s unpack what the base does:

Automatic Dirt Disposal: After each vacuuming run, when the robot returns to the dock, the base will suck the debris out of the robot’s internal dustbin into a larger bin in the base. Shark’s base is bagless and can hold up to 60 days of debris before needing to be emptied. All the dust, pet hair, and crumbs the robot collected get stored in the sealed base unit. This means you don’t have to empty the robot’s tiny dust cup after every clean – a chore that undermines the convenience of lesser robot vacuums. Users love this feature, as it truly makes the cleaning experience hands-free for months. One caveat: while Shark states “60-day capacity,” they don’t specify the volume in quarts, but it’s roughly 2 liters of dirt storage. Importantly, the base uses a high-efficiency filter to trap dust when it empties, and Shark claims it captures 99.97% of dust and allergens down to 0.3 microns during the process. This HEPA-grade sealed system ensures that when the dirt is sucked out, your air stays clean – a big plus for allergy sufferers.
Self-Refilling Water Tank: The PowerDetect robot has a small water tank on board for mopping (about 200 ml capacity), which would normally only last a room or two before needing a refill. The NeverTouch Pro Base, however, includes a clean water reservoir (approx. 1.7 L) from which it automatically refills the robot’s tank as needed. Shark says this reservoir holds enough water for up to 30 days of mopping. In practice, the base refills the robot every time it docks during a cleaning job, or at the end of a job if any water was used. This means the robot can mop large areas or multiple rooms without running dry; it simply makes a pit stop to top itself up. It’s a similar concept to having a car refuel itself when low. Reviewers found this worked flawlessly – the base “fills the robovac’s onboard water tanks” automatically. You just need to occasionally add cleaning solution and water to the base’s tank (roughly once a month).
Pad Washing and Drying: Perhaps the most impressive trick: after the Shark finishes a mopping session, the base will wash the dirty mopping pad and even dry it. Inside the dock is a washing tray – when the robot docks, the pad is scrubbed against plastic ridges while water rinses it, dislodging dirt into a separate “dirty water” tank in the base. The base then uses a fan to blow air, drying the pad so it doesn’t stay soggy or develop odors. This is Shark’s first robot that can wash its own mop, and it performed well: testers reported that “once it had finished the task, it took itself back to the base to self-clean and dry the antimicrobial mopping pad, ready for the next run,” and even after 30 days of use the pad “still looked brand new”. This self-cleaning ability is huge for convenience – traditionally, robot mop owners have to wash pads by hand or swap them out. Now the chore essentially disappears. The only maintenance left is emptying the base’s dirty water tank periodically (which is easy to do by removing and dumping it out). Shark doesn’t heat the water or air (some competitors do for faster drying), but even without heat, the pad drying was effective in testing.
Odor Management: Inside the base, Shark includes an odor neutralizer cartridge – a disk that freshens the air and absorbs odors from the collected dirt and dirty water. This keeps the docking station (and your home) from smelling musty or like a dirty mop. A fun anecdote: one reviewer noted the circular cartridge looks like Iron Man’s arc reactor and even nicknamed their robot “Tony Shark” because of it. Corny jokes aside, the odor control works. Homes with pets or spilled milk can be problematic for self-emptying robots (imagine that smell trapped in a bin for weeks), but the Shark’s system kept any odors at bay in reviewers’ homes. The cartridge is easy to replace when spent, and it’s a small price for not having to sniff a stale mop.
Bagless and Low-Maintenance: Unlike some self-emptying bases that use disposable bags, Shark deliberately made theirs bagless and reusable. This aligns with URCA’s likely interest in sustainability and cost-effectiveness of robotics. You don’t have to buy proprietary dust bags each month; just dump out the dirt canister and rinse the filters occasionally. The base has dual washable filters (for dust and dirty water) that need a rinse maybe once a month. It’s a very low-maintenance system overall. One review aptly said, “if you’ve ever wondered what it’s like to have a live-in cleaner at hand… you’ll find out with the Pro 2-in-1”, praising that it “empties dirty water and washes and dries its mopping pad too, ready for its next clean”. That encapsulates the NeverTouch ethos perfectly.

With the NeverTouch Pro Base handling these tasks, Shark advertises “up to a month of hands-free cleaning and maintenance”. In real-world terms, owners reported they could literally “set and forget” the Shark for several weeks at a time. One could schedule the robot to vacuum/mop twice a week, for example, and go through an entire month only interacting with it once or twice to refill water or dump the dirt bin. This kind of autonomy is transformative: the robot doesn’t just save you effort in cleaning, it saves you the secondary effort of maintaining the cleaner.

For anyone busy (or squeamish about cleaning dirty vacuum parts), the NeverTouch base is a game-changer. It eliminates the most dreaded part of vacuum ownership – touching the nasty stuff. No wonder Homes & Gardens magazine highlighted the “extremely low-maintenance” design as a major reason to buy the Shark, noting that the base “automatically maintains its mop and vacuum” with minimal user input. The freedom to not think about vacuuming for weeks is one of the PowerDetect’s most practical benefits.

Smart Control and App Features

All this intelligence would mean little if the user couldn’t easily control or monitor the robot. Fortunately, the Shark PowerDetect comes with a well-designed smartphone app (SharkClean app) and supports voice control via Amazon Alexa or Google Assistant for convenience. The app is straightforward and intuitive to use – a point specifically praised in reviews: “the app is simple and intuitive” and “easy-to-use Shark app”.

Using the app, you can perform the following key functions:

Mapping and Zone Control: After the robot maps your home, the app allows you to label rooms (e.g., “Kitchen”, “Living Room”) and set up areas for custom cleaning. You can draw no-go zones on the map to tell the Shark to avoid certain spots (perhaps a pet’s feeding area or a delicate rug). You can also split or merge rooms on the map. The app’s mapping interface is not as fancy as some competitors – initially, Shark didn’t show the map until after a couple of runs, which was confusing to some users. But once the map is established, it’s easy to tap a specific room for cleaning or set a cleaning sequence. Notably, you can schedule cleans for specific rooms on certain days, a useful feature for routine upkeep.
Scheduling: You can create schedules for the Shark to run automatically at chosen times. The app lets you schedule up to two cleaning runs per day, selecting which rooms and whether to vacuum, mop, or both. For example, you might schedule a vacuum of high-traffic areas every evening, and a full mop of the whole house every Sunday morning. The scheduling is flexible, though Homes & Gardens pointed out it’s a bit less advanced than some rivals that can recommend schedules or auto-detect high dirt zones over time. Still, for most users, being able to “set it and forget it” on a timer is incredibly handy. The SharkClean app will even send you a cleaning report after each run, showing a map of what areas were vacuumed or mopped – satisfying data for the curious homeowner.
Manual Controls and Limits: The app provides basic manual controls like telling the robot to start, pause, or return to base. There’s also a “Spot Clean” mode where you can specify a small area to clean. However, some advanced controls are notably absent. As mentioned, you cannot manually change suction power or water flow levels – the Shark is meant to handle that automatically with its sensors. Additionally, the spot-clean feature on the map is limited: you can drop a spot pin, but you can’t resize the cleaning area – it’s a fixed small circle, which some found too small to cover certain spill zones. These limitations make the app more basic compared to certain competitors (which might allow various cleaning modes or custom zone shapes). Essentially, Shark’s philosophy here is to keep things simple: the robot decides the best way to clean, and you just decide when and where.
Voice Assistant Integration: If you have an Alexa or Google Home device, linking it to the Shark lets you give commands like “Alexa, tell Shark to start cleaning” or “Google, dock the robot vacuum.” This is convenient when your hands are full – you can start a cleaning run by voice. One downside: the Shark does not support voice control for specific areas (like you can’t say “clean the kitchen” by voice, as of current software). It’s a global start/stop type of integration. Still, the inclusion of voice assistant compatibility is important for a seamless smart home experience.
Notifications and Status: The app will send alerts if the robot encounters an issue (like it got stuck – a rarity – or needs more water, etc.). It also notifies when it’s done cleaning. The Shark even can speak voice prompts from the robot itself for basic status (“Starting to clean”, “Returning to dock”, or if it ever got stuck it might say what’s wrong). However, you cannot drive the robot manually with directional controls in the Shark app (some bots allow you to steer it like a remote control car – Shark doesn’t include that gimmick).

Overall, the SharkClean app is reliable and easy, but a bit bare-bones in terms of tweaking the robot’s behavior. For many users, this is perfectly fine – the robot’s autonomy means you shouldn’t have to micromanage it. But power users might miss fine control options. The consensus from expert reviews: “the app is very basic” and could benefit from updates to offer more control or features. Shark is relatively new to the robotics software game, so the expectation is that over time they will improve the app via updates. Even as-is, the app and controls get the job done with minimal fuss, aligning with the product’s ethos of simplicity and automation.

Performance Benchmarks and Real-World Testing

Numbers and specs are one thing, but how does the Shark PowerDetect 2-in-1 actually perform in the real world? Here we compile results from various expert reviews and tests to paint a comprehensive picture of its capabilities. The good news is that across multiple evaluations, the Shark PowerDetect delivered strong results, validating its feature set with actual performance. We’ll look at some specific benchmarks and also user experience reports.

Cleaning Efficiency and Coverage

One key performance indicator for any robot vacuum is how much area it can cover and how effectively it navigates without missing spots. The Shark’s LiDAR-guided navigation allows it to clean in efficient straight lines rather than random bouncing. In a controlled environment test (a 5×5 foot square of flooring, both bare and with a rug, to assess coverage), the Shark exhibited a very thorough pattern: it starts by tracing the perimeter, then fills in the interior in neat rows. Reviewers noted the cleaning pattern was impressively methodical and ensured full coverage of the space. Thanks to its object avoidance, it also didn’t waste time repeatedly bumping into chair legs or other obstacles – it identified them and cleaned around them smartly.

In terms of speed, the Shark is not the fastest cleaner on the market. Some observed that its obstacle avoidance system, while effective, makes it a bit cautious and slows down its cleaning run. Vacuum Wars measured the navigation efficiency and found it slightly below average – the robot might take longer than some competitors to cover the same area. Part of this could be the extra maneuvers it does for EdgeDetect and the careful approach it takes to objects. However, unless you’re timing it, the difference isn’t huge. For a practical example: cleaning an average living room might take the Shark 20-25 minutes where a more brute-force robot might do it in 18-20 minutes. Given it can run for over 2 hours, this is not a critical issue.

The battery life of the Shark PowerDetect is officially around 120 minutes (2 hours) per charge. This is enough to clean an entire level of many homes in one go. If it ever runs low before finishing, it will perform “Recharge and Resume,” going back to the dock, charging up, then continuing where it left off. In testing, the Shark generally had ample battery to finish a job on a single charge for moderate-sized floor plans (e.g., 800-1000 sq ft of mixed flooring). If you have a very large area, it might need to recharge once. It’s worth noting that 120 minutes is a bit below the class-leading robots (some of which boast 180-200 minute runtimes), but those often run at lower power. Given the Shark’s strong suction, the battery trade-off is understandable. Vacuum Wars scored its battery life as below the average of their tested units, so this is one area with room for improvement. Still, two hours is enough for most cleaning tasks, and since the robot can charge itself and continue, it doesn’t truly limit coverage – it just might split a very big job into two segments.

Crucially, the Shark very rarely gets interrupted by issues. The NeverStuck tech kept it from halting mid-job in all the reviews we saw. It also handled transitions between floor types gracefully, doing a whole-home clean in one session (vacuuming rugs and hard floors, mopping hard floors, avoiding carpets when mopping) without user intervention. This reliability means its theoretical coverage translates to real coverage – you can trust it to actually finish the map it’s set to clean. One reviewer summarized this well, saying the unit has “great navigation and obstacle avoidance, rarely ever getting stuck”. In dozens of runs, the Shark consistently returned to base after completing its route, which speaks to a mature navigation algorithm.

Vacuum Pickup Metrics

We already cited some of the Shark’s vacuum pickup scores in the features section, but let’s emphasize a few standout metrics:

In TechRadar’s test, the Shark picked up almost everything from both hard floor and medium-pile carpet. Only ultra-fine dust gave it trouble, reducing its score slightly. For context, on hard floor it scored a full 100% on larger debris like cereal and over 99% on sand and litter. On carpet, it got 99.6% of cereal, 83% of fine sand (that fine dust issue), and 90% of pet hair. Those results are excellent, especially the pet hair figure – many robots struggle with hair tangles, but Shark’s brushroll is designed to resist hair wrap and succeeded in pulling up hair effectively.
Tom’s Guide gave it a 92.5/100 score specifically for pet hair cleaning. Their reviewer, who had multiple pets, was impressed that after running the Shark, there was little pet hair left even along baseboards. The combination of a strong vacuum and the side sweeping brush (plus EdgeDetect air blasts) meant it corralled pet fur very well.
Vacuum Wars’ measured airflow for the Shark was slightly above the average of 30+ robot vacuums tested. While Shark doesn’t publish a specific Pascal suction rating (some brands tout numbers like “4000 Pa”), the real-world airflow at the vacuum inlet is a better proxy for suction power. The Shark’s above-average result indicates it’s among the stronger suction bots, which aligns with the cleaning results observed.
One downside metric: edge cleaning score. Because the Shark sometimes doesn’t get as physically close to walls (to avoid scuffing and collisions), a bit of debris can remain right in the 90° corner or along the wall. The air blasts help, but if the robot stayed 2 inches away from the wall, that debris might not get picked up. Tech Advisor found that “at the end of the clean, there were still rogue specks left by the wayside” in corners, requiring a manual sweep in a couple spots. TechRadar similarly commented that its cautious nature gave edges “too wide a berth” at times. So in lab scoring specifically for edge pickup, the Shark might not score as high as a robot that aggressively scrapes the wall. This is somewhat ironic given the EdgeDetect feature – it improves edge cleaning relative to none at all, but doesn’t completely solve it. Homes with lots of wall molding detail might notice this. For the average home, it just means you might occasionally want to run a handheld vacuum along the baseboards for a perfect clean, say once a month – which is still far less work than vacuuming all your floors regularly.

Mopping and Drying Performance

Quantifying mopping performance is trickier, but we do have some data points and observations:

Vacuum Wars’ stain test: They give robots a numeric score based on how much of a dried stain is removed in a set number of passes. The Shark PowerDetect scored 116 (the higher the better), versus an average of ~101 for peer robots. This indicates it lifted more stain matter than most, thanks to that multi-pass scrubbing mode. It’s a strong sign that the mop feature isn’t just a token add-on but actually functional.
Floor drying time: A common complaint with robot mops is they leave the floor quite wet, which then air-dries over time. The Shark was noted to leave hardwood floors “wetter than I’d like” by TechRadar. In their test, it took a little while for the water to evaporate. Without a manual water control, one workaround is to use less cleaning solution or none (just water) if you want faster drying, as solution can sometimes streak. Also, ensuring the robot doesn’t excessively overlap mop areas can help. Shark presumably optimizes water per StainDetect – heavy for stains, lighter for general cleaning – but user feedback suggests it errs on using plenty of water for a thorough clean. While not a problem on tile or stone, on wood floors owners might want to run the HVAC or a fan to speed drying if they’re concerned.
Pad cleanliness: After multiple cleaning runs, users reported the pad is usually only lightly soiled, because the robot returns to base to wash it so frequently. This is in stark contrast to simpler hybrid bots where you might find the pad black with dirt at the end of a full house mop. Here, because it can even wash mid-clean if needed, the pad stays cleaner and thus doesn’t risk just spreading dirt. The dirty water tank in the base captures what was washed out. One reviewer peeked into the dirty water tank after a month and was “surprised to see how much dirt and bacteria… had been sucked up and stored” out of sight. In effect, the Shark is not just moving dirt around, but truly removing it from your home, depositing it into that dirty tank and dry bin.
Noise levels: While not directly a cleaning performance metric, it’s worth noting how the Shark sounds. Its vacuum noise is in the range of 62–70 dB depending on floor type (quieter on hard floors, louder on carpet with max suction). This is about the sound of a normal conversation – you’ll hear it, but it’s not overly loud, and is typical for a vacuum. The base’s self-empty operation is a brief burst of louder noise (like a regular vacuum cleaner) for a few seconds. Some people liken it to a “whoosh” similar to a shop vac – it can startle if you’re not expecting it, but it’s over quickly. The mop washing is relatively quiet, mostly water swishing sounds. However, when drying the pad, the base runs a fan for a while which emits a low hum. Homes & Gardens flagged that the Shark is “fairly noisy during operation” – likely referring to the vacuum and the dump cycles. If you’re sensitive to noise, you might schedule it to clean when you’re out of the house or in another room. On the plus side, because it cleans more efficiently, it may run for less total time than a random-navigation robot, thereby making noise for a shorter period.

Reliability and Issues

After compiling multiple long-term reviews, a clear pattern emerges: the Shark PowerDetect 2-in-1 is a reliable workhorse with few serious issues reported. The hardware seems solid (no reports of parts breaking in the first months of use), and because maintenance is mostly automated, there are fewer user errors too (like forgetting to empty a bin, which can cause jams in other bots).

Some points to be aware of:

The app connectivity is stable. People did not report significant problems with Wi-Fi or the robot going offline. The initial pairing process to connect the robot to Wi-Fi is straightforward and worked first try for most.
Firmware updates: Shark can push software updates to the robot via Wi-Fi. It’s good to ensure you apply these updates, as they may improve aspects like navigation efficiency or app features. One review from November 2024 hinted that the product felt like it could use “a few software updates” to reach full potential. By mid-2025, presumably some updates have rolled out addressing early app limitations (for example, earlier shipments lacked some scheduling features that were later added). URCA advocates might be interested in how these updates can extend a robot’s functionality over time, showcasing the benefit of internet-connected appliances.
Customer support: Shark offers a 1-year limited warranty, and if purchased from Shark’s site, a 3-year VIP warranty is often included. Replacement parts like filters and pads are available relatively cheaply from Shark’s website. This means upkeep cost is low – just the odor cartridge and maybe a new pad or filter every so often. Users have not reported needing to contact support frequently, which is a good sign of the device’s robustness in its early life.

In sum, the performance and testing results confirm that the Shark PowerDetect 2-in-1 is not just hype. It truly delivers on its promise of thorough, intelligent cleaning. It’s not flawless (no robot is, yet), but its drawbacks are minor compared to the overall benefit of a floor continuously kept clean with minimal effort. As one Tech Advisor reviewer concluded, “the Shark’s PowerDetect NeverTouch Pro 2-in-1 excels in many areas — and I don’t say this lightly.” It offers premium-level cleaning at a price point below some competitors (more on value next), which makes it an attractive option for those ready to embrace a more autonomous home.

Pricing and Value Proposition

When considering performance, it’s worth noting the Shark’s positioning in the market. With an MSRP of $999.99 for the NeverTouch Pro version, it squarely targets the high-end segment. For comparison, similar fully automated 2-in-1 robots like the iRobot Roomba Combo j9+ or Roborock S8 Pro Ultra often cost $1,200–$1,400. Shark undercuts those by a few hundred dollars while offering a comparable feature set (self-empty, self-clean, etc.). There is also the slightly pared-down NeverTouch Base model at $899.99, and a vacuum-only self-empty model at $599 for those who don’t need mopping. These options make the PowerDetect lineup more accessible.

Several reviewers felt that while $1000 is a lot of money, the value is justified given what you get. TechRadar noted that at its launch price it felt a tad high, suggesting $799 would be ideal, but also acknowledged they’ve “tested other robot vacuums with more features… for similar money”. Since then, we’ve seen discounts (the Pro model has been on sale for ~$699 during promotions), which really makes it a steal in its class. The cost is an investment in convenience; as URCA might frame it, it’s an investment in a higher quality of life through automation. For those with mobility issues, busy schedules, or just a desire to outsource chores, the Shark PowerDetect could be worth every penny.

Beyond the Specs: Implications for URCA’s Mission

The Shark PowerDetect 2-in-1 Robot Vacuum and Mop is a remarkable piece of engineering, but it’s also more than that – it’s a symbol of how far domestic robotics has come and where it’s headed. For the Universal Robot Consortium Advocates (URCA), which champions the advancement and adoption of robotics in everyday life, devices like the PowerDetect carry both practical and symbolic significance. In this section, we’ll explore a more narrative perspective: what does the rise of such intelligent home robots mean for households and society? How does the PowerDetect exemplify URCA’s mission and values? And how might it shape public perception of autonomous care systems?

A Day in the Life with an Autonomous Helper

Imagine a day in a near-future smart home. The morning sun filters through the windows as you head out the door to work. Before leaving, you simply say, “Alexa, ask Shark to clean the house.” While you go about your day, back at home the little robot springs to life. It announces “Starting to vacuum and mop” in a pleasant tone and begins its route. As URCAs (Universal Robot Consortium Advocates) often envision, the robot is quietly and dutifully performing care tasks in the background of life, unnoticed yet making a meaningful difference.

As the Shark PowerDetect glides from room to room, it’s not just cleaning – it’s maintaining the environmental wellness of the home. This ties into URCA’s view of robots as enhancers of human well-being. Clean floors aren’t merely an aesthetic concern; they contribute to health (reducing allergens, preventing falls on spills) and to one’s peace of mind. Many people feel stress from clutter or mess; having a robot systematically erase those sources of stress can genuinely improve mental comfort. The Shark, with its NeverTouch autonomy, can practically serve as a live-in housekeeper for surface cleaning. One Tech Advisor reviewer mused that if you’ve ever wondered what having a live-in cleaner is like, this robot gives a taste of that.

Consider also the inclusive potential of such technology. For an elderly person or someone with limited mobility, vacuuming and mopping can be daunting tasks. By handling these, the robot effectively acts as an assistant that helps individuals live more independently in their own homes. URCA’s mission often emphasizes how robots can assist the aging population and those with disabilities – and here we have a concrete example. There’s a direct line from a Shark PowerDetect keeping an elderly person’s floors safe and clean to the broader concept of robots enabling aging in place. In fact, experts predict that as autonomous robots like this become commonplace, their uses will extend beyond cleaning to more personal assistance and eldercare roles. Today it’s vacuuming and reminding you to empty the tank; tomorrow it could be reminding you to take medication or helping carry groceries. The PowerDetect is a stepping stone along that path, familiarizing people with the idea of a helpful robot in the home.

Embodying URCA’s Vision and Values

URCA stands for a future where robots are universally accepted, trusted, and leveraged to improve quality of life. The Shark PowerDetect embodies several key values that URCA advocates for:

Autonomy and Independence: One of URCA’s core beliefs is that robots should reduce human burden and operate with minimal oversight. The NeverTouch Pro tagline directly speaks to this – it aims to eliminate the drudgery of daily floor cleaning from humans’ responsibilities. The fact that you can genuinely forget about vacuuming for a month because the robot handles it all is a triumph of autonomy. It’s not hard to see parallels between this and other domains URCA cares about, like autonomous vehicles or assistive robots; in each case the goal is a trustworthy system that can perform tasks on its own reliably. Every time the Shark successfully navigates a tricky furniture layout or cleans up a spill without human help, it’s a little victory for the autonomous revolution in our homes.
Adaptability and Intelligence: URCA emphasizes intelligent systems that can work in unstructured environments (like a home full of kids and pets). The PowerDetect’s ability to adapt – boosting power on dirty spots, lifting its mop on rugs, avoiding a dropped toy – demonstrates the kind of situational awareness URCA envisions in domestic robots. It’s symbolic that this machine is named “PowerDetect” because detection and smart reaction are exactly what elevate a device from a simple appliance to an “intelligent robot.” It shows the public that robots are no longer rigidly programmed gadgets; they can perceive and respond to the real world dynamically. This is key for public trust: once people see a robot intelligently avoid spilling water on their carpet or not eat their phone charger, they gain confidence in letting it operate freely. The Shark builds that trust by example, one clean at a time.
Integration into Daily Life: Another part of URCA’s mission is normalizing robots as a part of our everyday environments. The Shark, despite its high-tech innards, integrates smoothly into a home. It sits quietly in a corner dock, not much larger than a small garbage can, and it does its chores typically when we’re not around or not paying attention. It’s not intrusive; it feels like just another appliance, albeit a very smart one. This is important: the more “ordinary” and dependable robots become, the more society will accept them. A decade ago, a robot vacuum was something to show off to guests as a novelty. Now, devices like the PowerDetect are approaching the point where they’re simply expected conveniences—like a dishwasher or laundry machine. URCA advocates for this kind of shift in perspective, where robots move from novelty to necessity. When you can’t imagine living without your robotic helper, that’s when URCA’s vision is truly realized.
Collaboration with Humans: URCA also speaks to the idea of humans and robots working together synergistically, each doing what they do best. The Shark exemplifies this: it takes on the dull, repetitive floor cleaning, freeing people to focus on other tasks – or simply to rest. It’s a practical demonstration of how dividing labor with robots can make life easier. You might still do the occasional deep spring cleaning or organize clutter (things the robot can’t do), but the robot has your back on the daily grind. In a way, it’s a harmonious partnership: you set the schedule and provide supplies, the robot executes the labor. This narrative of partnership is a gentle introduction to broader human-robot collaboration. In factories, we talk of cobots (collaborative robots) working alongside humans; at home, devices like the PowerDetect are our collaborative partners in keeping house.

Public Perception and the “Robotic Butler” Ideal

The image of a robot butler tending to household needs has long been a fixture of futurism. With the Shark PowerDetect, we have a device that closely approximates part of that fantasy. It’s not serving tea or answering the door, but it is quietly handling cleanliness, arguably one of the most valued “butler” tasks. This has an interesting effect on public perception of robots. People who experience a well-functioning robot vacuum often come away amazed at how much it improves their life. It’s not uncommon to hear new owners say, “How did I live without this?” or even develop a fondness for their robot (some give it a name and consider it a household “pet” of sorts).

Such positive emotional connections are gold for the robotics advocacy community. They turn general consumers into proponents of home robotics. The Shark’s reliability and cute touches (like its polite voice notifications) endear it to users, which in turn makes them more open to other robots. It’s planting the seed that robots can be friendly, helpful and safe. On the flip side, if a robot constantly got stuck or made a mess, it would sour people on the concept. This is why URCA cares deeply about products like the PowerDetect succeeding – they serve as ambassadors for domestic robotics. Every time the Shark efficiently cleans up a spill that would have been a headache for a busy parent, it’s a silent ambassadorial act, showing that robots truly can improve daily life.

Consider also the symbolic naming – “NeverTouch.” This speaks to an almost utopian promise of technology: that we might be liberated from even touching dirt. For URCA, there’s symbolism in that name beyond marketing. It suggests a future where mundane or unpleasant tasks are entirely handled by machines, allowing humans to spend their time on higher pursuits or simply enjoying life. This is reminiscent of early 20th-century predictions that by now robots would do all labor and humans would just relax (we’re not fully there, but we see glimmers in products like this). The NeverTouch Pro is a microcosm of that dream: a little robot ensuring you never have to touch the floor grime or the dirty mop water. In a literal sense, it’s keeping your hands clean – in a broader sense, it’s elevating you above the need to worry about chores.

From URCA’s perspective, another implication of widespread adoption of such robots is societal: if many households use autonomous cleaners, that’s a step toward a more technologically empowered society. It frees up human capital – time saved from cleaning can be time spent on family, hobbies, education, or work. There’s even an environmental angle: a robot that cleans efficiently on a schedule might use resources more optimally (e.g., vacuuming regularly can allow your HVAC filters to work less, etc.). Granted, the Shark itself uses electricity and consumables, but overall it can contribute to a well-maintained home that might last longer (clean floors = less wear on surfaces). URCA could highlight these indirect benefits as part of a narrative of sustainable, smart living with robots.

Challenges and the Road Ahead

While praising the Shark PowerDetect, it’s also important (and very much in URCA’s spirit of thoughtful advocacy) to acknowledge challenges and areas for growth in the field of autonomous home care:

Affordability and Access: At around $1000, this level of technology is still a luxury for many. URCA’s vision of universal robotics means pushing for these advancements to eventually reach more affordable price points so that a broader demographic can benefit. The Shark addresses this partially by offering lower-tier models (and older robot vacuums are now available under $300), but the pinnacle features like self-washing still come at a premium. Over time, as the tech matures and competition heats up, we can expect prices to become more accessible. It’s similar to how microwaves or dishwashers were once luxury items and are now standard in many homes.
Interoperability: URCA advocates for a future where multiple home robots and systems can work together seamlessly. Today, your robot vacuum mostly works in isolation (except for connecting to voice assistants or smart home platforms). In the evolving smart home, one could imagine the Shark communicating with other devices – say, a smart air purifier that kicks on when vacuuming stirs up dust, or a home security system that tells the robot to avoid a room where someone is sleeping. These integrations aren’t here yet, but the groundwork is laid by having robots with cloud connectivity and open APIs. The PowerDetect doesn’t yet do these fancy integrations, but URCA might encourage Shark/Ninja (the parent company) and others to consider such features moving forward for a more holistic ecosystem of care.
Public Trust and Adaptation: Each new generation of robot requires the public to learn and adapt as well. The Shark PowerDetect, with all its sophistication, still requires a bit of user learning – for example, figuring out optimal placement of the dock, training family members to pick up small floor hazards like socks (even though it avoids obstacles, a sock can block a vacuum intake). URCA recognizes that the march toward autonomous living is as much a social adjustment as a technological one. Robots like the Shark serve as a friendly training wheels for society’s comfort level with robots. As people adapt to sharing their personal space with machines, issues of privacy and safety come up. The PowerDetect doesn’t have a camera (it uses lasers and 3D sensors, which don’t capture identifiable images), so it sidesteps some privacy concerns that camera-equipped robots have raised. This is reassuring and perhaps a deliberate choice by Shark to avoid the unease some feel about home cameras. It’s an example of design choices that factor in user comfort—something URCA would applaud.

In the grand narrative, the Shark PowerDetect is one chapter in the story of autonomous domestic care. It addresses floor cleaning thoroughly; future chapters will address laundry, dishwashing, even cooking through robotics. URCA’s mission is to shepherd us through all these developments, ensuring they are done ethically, safely, and to the benefit of humanity. In that sense, the success of the PowerDetect is an encouraging sign. It suggests that companies are getting a lot right in terms of user-centric design: making robots that people can easily incorporate into their lives with tangible benefits.

As one looks at the Shark roaming under the couch, lifting its body to climb over a threshold, then dutifully returning to its base to clean itself, it’s hard not to anthropomorphize just a little. It’s like watching a pet or a tiny maintenance worker making its rounds. This relatability – seeing the robot as a helpful little entity rather than a cold machine – is powerful for public acceptance. URCA can leverage such success stories to show skeptics that robots are not here to replace us or complicate life; they’re here to serve and enhance our daily living. The PowerDetect’s practical help and largely unobtrusive presence make it a flagship example to point to.

Conclusion: The Shark PowerDetect and the Future of Autonomous Care

Standing at the intersection of cutting-edge technology and everyday utility, the Shark PowerDetect 2-in-1 Robot Vacuum and Mop with NeverTouch Pro Base represents a meaningful stride forward in autonomous home care. Its blend of innovative features (self-emptying, self-washing, adaptive cleaning) and real-world performance gives us a glimpse of what truly intelligent domestic robots can achieve. For URCA and advocates of robotics, it’s a case study in turning a long-held vision into a tangible reality: a robot that takes care of the home environment with minimal human input, day after day.

In practical terms, this machine can keep a household’s floors impeccably clean, which is no small feat in our busy modern lives. But beyond the clean floors, it frees people from a repetitive chore, demonstrating the liberating potential of automation. In a world where time is one of our most precious resources, reclaiming hours that would have been spent vacuuming or mopping is almost like a form of personal empowerment granted by technology. The Shark does not solve world hunger or cure illness – its contribution is humble yet impactful in the aggregate: millions of minutes of human effort saved and redirected towards more meaningful activities or rest.

As we consider the evolving landscape of autonomous care systems, the Shark PowerDetect is an early yet significant building block. Today it cleans floors; in the near future, we might have robots that also tidy up clutter, or robotic arms that fold laundry. Eventually, the disparate tasks of home care could be handled by an integrated network of robots – an “autonomous care system” for the home that maintains cleanliness, order, and even monitors safety. The lessons learned from the PowerDetect will inform those future systems. For instance, the importance of a reliable self-maintenance routine (like NeverTouch) will carry over – any autonomous care system must reduce the care it itself requires. The collaborative mapping and obstacle avoidance techniques will be needed for robots that navigate homes to do different tasks. Even the user-friendliness of the Shark’s app and setup will be a template for how other home robots need to behave to gain mass acceptance.

In many ways, we’re witnessing the domestic robot revolution entering a golden phase. Early robot vacuums introduced the concept; now devices like the Shark are refining it to the point of near-seamless service. It’s telling that when URCA showcases advancements in autonomous systems, it can point not just to experimental prototypes in labs, but to a consumer product you can buy today that embodies autonomy. The Shark PowerDetect, with its month-long hands-free operation, answers a question skeptics often have: “Are robots really helpful in daily life, or are they just tech toys?” The answer here is a resounding yes – it’s genuinely helpful, in a way you notice every time you walk barefoot on crumbs-free floors or realize you haven’t lugged out a vacuum in weeks.

Furthermore, the PowerDetect robot hints at a future synergy between humans and robots in caring roles. It’s not hard to imagine a scenario where an elderly person has a suite of robotic assistants: one like the Shark cleaning the home, another perhaps akin to a social robot reminding them to take medicine and keeping loneliness at bay, all coordinated by a central smart home AI. This emerging ecosystem – what we might call autonomous care networks – will be a focus for URCA’s advocacy. Ensuring these systems are safe, interoperable, and accessible will be vital. Shark’s approach of solving one piece of the puzzle (floor care) so completely is a model for other companies tackling other pieces.

In conclusion, the Shark PowerDetect 2-in-1 Robot Vacuum and Mop with NeverTouch Pro Base is far more than just a fancy vacuum. It’s a milestone in the journey toward truly smart homes. It symbolizes the maturation of domestic robotics from simple automated tools to sophisticated partners in home maintenance. For consumers, it offers immediate benefits – cleanliness, convenience, time savings. For the URCA community, it offers encouragement that the ideals of intelligent, autonomous, and human-centric robotics are indeed achievable, one innovation at a time. As we look around our homes in the coming years, we may see an increasing number of tasks quietly handled by capable robots like this. And when we do, we’ll remember these early pioneers that proved the concept and earned our trust.

The Shark PowerDetect invites us to envision a home where chores are no longer a burden, but an automated background process in our lives. It takes us a step closer to a world where robots aren’t just tools, but caretakers of our environments – an integral part of the fabric of daily living. In that world, humanity is elevated: freed from drudgery, we can focus more on creativity, relationships, and the pursuits that we care about most. URCA’s mission is very much aligned with this future, and the Shark PowerDetect is helping to vacuum the path towards it, one clean sweep at a time.

References

“Shark PowerDetect Robot Vacuum and Mop Review: A Robot Vacuum That Detects Dirt.” TechRadar, 18 July 2025.
Shark PowerDetect™ 2-in-1 Robot Vacuum and Mop with NeverTouch™ Pro Base – Product Details. SharkClean, 2025.
“Shark PowerDetect 2-in-1 Robot Vacuum and Mop Review — Hands-Off Deep Cleaning for Under $1K.” Tom’s Guide, 17 July 2025.
“Shark PowerDetect NeverTouch Pro 2-in-1 Robot Vacuum Review.” Tech Advisor, July 2025.
“Shark PowerDetect NeverTouch Pro Review: Is It Good?” Vacuum Wars, 21 July 2025.
“Shark Expands PowerDetect Series with New Robot Vacuum and Mop Combos.” Vacuum Wars News, 11 July 2025.
“Shark PowerDetect 2-in-1 Robot Vacuum and Mop with NeverTouch Pro Base Review – Low-Maintenance Cleaning with a Friendly Price Tag.” Homes & Gardens, 23 July 2025.
“Shark PowerDetect NeverTouch Pro Robot Vacuum and Mop RV2800ZEUK Review.” Trusted Reviews, 19 July 2025.
“AMRs and the Future of Domestic Robots.” 3Laws Robotics Blog, July 2025.
“From the First Robot Vacuum to the Best of 2025: An In-Depth Guide.” Eufy Official Blog, 20 July 2025.

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