Compare Dreame X60 Max Ultra vs Roomba i5+ Combo Robot Vacuum and Mop

The Complete package is repeatedly described as generous, with spare pads, bags, filters, brushes, and cleaning solutions included.

Kits commonly include interchangeable bins, a microfiber mop pad, and spare consumables like extra bags or filters depending on the package.

Adaptive chassis lift and threshold climbing are major features, with strong climbing scores but also settings and carpet-lift tradeoffs.

Design feedback is positive, with reviewers describing a sleek, modern robot and an attractive redesigned dock.

Several reviewers like the two-tone textures and fabric-style top accents, and the clean base design is generally seen as modern and unobtrusive.

Smart features are broad and powerful, including app routines, AI object recognition, smart mapping, voice control, and automation, but complexity is a caveat.

Scheduling, room cleaning, and voice control are highlights, but the i5+ lacks advanced automation found on higher-end models (such as robust keep-out zones or vision-based avoidance) and some users report map/app quirks.

Area rug handling is mixed, with dark rug recognition praised but wet-carpet or thick-carpet mop drag criticized.

With the mop bin installed, the robot cannot intelligently avoid rugs, so rug-heavy homes may need manual blocking. As a vacuum, it can traverse typical rugs using its large wheels.

Setup and assembly evidence is positive, with reviewers calling setup, unboxing, and mapping straightforward or easy.

Most reviews describe straightforward unboxing and fast app pairing, with minimal friction to get cleaning.

Battery and charging are mixed: fast charging and advertised runtime help, but some controlled tests found weaker battery efficiency.

Recharge-and-resume is repeatedly referenced, but reported runtimes vary; efficiency can lag behind faster LiDAR robots on whole-home runs.

The dock bag is large, but multiple reviewers flag the onboard dustbin as small, making the bin system a convenience-versus-capacity tradeoff.

The i5+ uses a self-emptying bagged base plus interchangeable bins for vacuum-only vs vacuum-and-mop. Convenience is high, but wet-bin misdetection can contaminate the bag in worst cases.

Build quality receives direct positive support from one review calling the construction robust and durable.

Durability feedback is mixed: some users report broken side brushes within weeks, while others note solid day-to-day operation aside from cosmetic scuffs from bumping.

High-pile or thicker-carpet evidence is positive but limited to one review's thicker pile carpet test.

Low-pile carpet evidence is mixed because one reviewer found the chassis lift hurt low-rug pickup, while another praised low/medium pile sand pickup.

Medium-pile and general carpet testing is strong, including 89% deep-clean scores, 96% pickup, and visible carpet-cleaning praise.

Results vary by reviewer: a controlled comparison measured below-average pickup on carpet, while other reviewers describe excellent carpet cleaning speed and finish.

Mentioned as an available safety feature, though the included reviews do not deeply test it in real households.

Debris prevention is supported by anti-hair-wrap design and auto-empty frequency guidance, though heavy debris can still require attention.

Comparative evidence is extensive and context-dependent, especially against Roborock, X50, CurvX, Aqua10, and other flagships.

In a sub-$400 comparison, the i5+ scored poorly on carpet pickup and especially on dense-debris auto-emptying versus LiDAR competitors, though other reviewers still liked its carpet results in daily use.

The app and controls are powerful but polarizing: some reviewers praise customization, while others call the app cluttered or settings-prone.

Setup and pairing are widely described as easy and the app is simple to use, but advanced controls are limited (e.g., fewer zone/barrier options) and at least one review reported buggy map behavior.

The clean base is noted to have built-in cable-routing channels to help it sit flush to a wall and keep cords tidy.

Corner cleaning is strong, supported by a side brush advantage and a test where the corner was called 100% clean.

Crevice and grout pickup is a strength, with reviewers calling grout performance impressive or a top pick.

Debris illumination is a meaningful feature, with blue/proactive light helping cameras detect dust, dirt, transparent liquids, and particles.

Dirty-water sensing evidence is weak and speculative, with one reviewer only noting they thought a dirt detection sensor was involved.

Docking and auto-empty reliability is mixed: auto-empty can work well, but dock return and heavy-load emptying problems appear in several reviews.

The base is a major convenience and often works well, but multiple reviews flag failure modes such as poor dense-debris clearing and wet-bin misdetection that can soak the bag/dock.

Dock noise is better than many competitors in the available evidence, with reviewers calling self-emptying subdued or relatively quiet.

Auto-emptying is frequently described as very loud, but usually only for a short burst per empty cycle.

Dried-on stain performance is strong in several tests, especially coffee, salt, soy sauce, and hot sauce, but ketchup/oil results were weaker.

Ease of use is positive where app/voice control and hands-free dock operation are emphasized.

Day-to-day usability is a recurring pro thanks to self-emptying, scheduling, and simple controls, but the mop workflow (bin swap, pad care) adds friction.

Edge and baseboard cleaning is mostly strong from extending mop/brush systems, though rounded moldings caused misses in some testing.

Edge-following is mixed: it can clean precisely around some obstacle edges, but it may ride up on certain rounded floor moldings.

Edge work is more bump-driven than precision-guided; some reviewers note clumsy wall interactions and potential scuffs compared with LiDAR or camera bots.

Emptying and mess control are positive in the auto-empty test evidence, though broader bin limitations appear under related attributes.

Self-emptying is convenient, but dense debris can be left behind in the robot bin in some tests, and wet-bin emptying mistakes can create mess and odor.

Dust containment is mixed because the self-emptying bin works, but one reviewer found the filter still packed with fine dust and debris.

Floorhead design is a strength, especially the pressure plate and Duo Brush system designed to improve carpet seal and pickup.

Floor-shine evidence is positive, with reviewers mentioning shiny or clean-looking floors after mopping.

Fresh liquid pickup is unreliable in the available test evidence, with one reviewer saying liquid sensing worked only sometimes.

Hair-channel evidence is positive: reviewers describe hair being guided or compressed into the suction/bin path instead of tangling.

Carpet hair pickup is excellent in multiple tests, including cat hair, flattened pet hair, and fake pet hair on carpets.

Hair pickup on carpet is inconsistent: one test found it left the most long hair behind, while other reviewers emphasize strong pet-hair handling overall.

Users generally report good day-to-day pickup of light pet hair on hard floors, especially when run frequently.

Hair-wrap resistance is one of the clearest strengths, with repeated reports of no wrap or anti-tangle brush success.

The dual rubber rollers reduce performance loss from hair tangles, but hair still collects at roller ends and on the side brush and needs periodic clearing.

Hard-floor fine-dust pickup is strong, with fine dust, cat litter, coffee grounds, and hard-floor vacuuming praised.

Hard-floor tests and owner reports suggest strong pickup of fine debris like flour and dust, with vacuuming doing more of the work than the mop.

Large hard-floor debris intake is generally strong, including crumbs, screws, peanuts, rice, oats, and broad pickup comments.

Reviews commonly report good intake of crumbs and larger debris on hard floors, especially in vacuum-only mode.

LED and headlight evidence is limited to the blue/proactive light system and front lighting used for detection.

Heating-element evidence is mixed to negative because multiple reviewers measured lukewarm dock water despite hot-water claims.

Innovation is a consistent theme, including slim design, proactive illumination, adaptive climbing, and hardware changes versus prior models.

Kid-friendliness is supported narrowly by real-time obstacle handling for toys dropped by children.

Large debris handling is positive overall, with larger messes, screws, peanuts, rice, and oats mostly handled in tests.

Low-profile design is one of the strongest consensus positives, with the slim 3.13-inch body repeatedly highlighted.

At roughly 3.6 inches tall, it is average for modern robots and fits under many, but not all, low-clearance furniture pieces.

Maintenance is mixed: automation reduces chores, but dock cleaning, filters, water tanks, and hot-water systems still require attention.

Expect regular upkeep: side-brush hair removal, periodic filter changes, mop-pad washing, and occasional brush replacement; some owners report quicker side-brush wear.

Maneuverability is a weakness in the Gizmodo review, which reported the robot struggled to get around in testing.

Mapping and path efficiency are mixed: reviewers praised room detection and straight-line cleaning but criticized below-average efficiency or long sessions.

It supports room-based cleaning after learning a map, but efficiency can be weaker than LiDAR bots; one test showed notably longer runs and less confident coverage.

Mop lifting is a strength, with high lift numbers and automatic mop-pad removal helping protect carpets.

The i5+ does not have an auto-lifting mop; it relies on swapping in a mop bin, which limits carpet safety and automation.

Mopping is mostly strong across salt, hot sauce, soy sauce, and everyday use, though some reviewers found water use or smear issues.

Consistently framed as a light, damp-wipe system for day-to-day maintenance. It is not a deep scrubber, and at least one review reports the wet mode failing due to bin detection issues.

Noise impressions are mostly favorable for the power level, with quiet self-emptying or max-mode comments balanced by one reviewer saying it can be noisy.

Cleaning noise is described as typical, but the robot can be loud when bumping into objects and the base’s emptying cycle is often called a jet-engine-like burst.

Obstacle avoidance is broadly strong, with many tests praising AI object detection, though a few contacts and inconsistencies remain.

Obstacle avoidance is limited without a front camera: tests show poor cord and pet-waste avoidance, though cliff sensors help prevent falls on stairs.

Odor control is supported through pet odor solution and dock design, including comments that the robot or bag can avoid smells.

Dry debris generally stays contained in the bagged base, but a reported wet-bin emptying mishap led to lingering odor for one owner.

Ownership cost concern centers on Dreame-approved floor cleaner pricing and dependence on proprietary solution.

Bagged self-emptying adds recurring costs, but bags are often described as lasting weeks (up to around 60 days) so annual cost can be modest; brushes and filters may add extra upkeep.

Overall cleaning convenience is strong, driven by automatic cleaning, app/voice operation, and reduced manual floor maintenance.

Overall opinion is split: several reviewers strongly recommend or rank it highly, while others see too many tradeoffs for the price.

Packaging and unboxing feedback is positive, especially because the Complete model includes many extras right out of the box.

Unboxing experiences are positive, with well-organized packaging and clear documentation noted.

Pet-related evidence is strong: reviewers mention pet-hair pickup, pet odor solution, and pet-owner targeting, though one reviewer said pet recognition did not work for them.

Dual rubber rollers and self-emptying reduce hands-on pet-hair cleanup, but the i5+ lacks camera-based pet-waste avoidance, so homes with pets still need pre-tidying.

Price-value sentiment is mixed to negative because reviewers acknowledge flagship features but repeatedly question the $1,699.99-level pricing.

Value looks strong when discounted, but at typical pricing the tradeoffs in mopping reliability and navigation features make some competitors more compelling.

Runtime is mixed: reviewers cite 180-minute ratings, 130-minute home runtime, and strong real-world runs, but controlled efficiency can fall below average.

Sanitizing support is limited to mop-pad cleaning, where reviewers mention sterilizing pads or killing bacteria in the dock.

Self-cleaning is a major positive, with repeated support for mop washing, hot-air drying, auto-emptying, and maintenance automation.

Software longevity depends on firmware, especially for uneven Matter rollout, so the evidence supports a cautious score rather than a firm long-term verdict.

One reviewer highlights iRobot’s focus on ongoing software updates, though the i5+ platform remains feature-limited compared with higher-end Roombas.

The liquid/solution system is a clear strength, with dual solution tanks and automatic detergent or pet-odor dispensing repeatedly mentioned.

The liquid system is basic with limited control (often described as gravity-fed) and no auto-refill; wet-bin auto-detection can be finicky, with some reports of messy failures.

One reviewer praised the redesigned base station as smaller and cleaner-looking, supporting a positive storage-footprint score.

Streaking and residue are mixed: some floors looked streak-free, while water usage, smearing, or chalky residue appeared in other tests.

Stuck resistance is mixed: threshold hardware helps, but reviewers also found stranding, wheel-suspended errors, and dock return failures.

Reviewers consistently cite very high suction, with several calling out the 35,000 Pa rating and strong pickup on carpets and hard floors.

Measured airflow is described as modest in one review, but iRobot’s dual-rubber-roller system is repeatedly credited with strong real-world pickup on carpet and hard floors.

Heavy-duty suitability is supported by deep-seated dirt, sand, and large-particle testing, though extreme loads can tax the bin system.

Small-space suitability is split: the robot is compact and low-profile, but one cramped-house review reported navigation trouble.

Reliability evidence is limited but mildly positive in early monitoring, with no widespread issues reported in one review.

Surface safety is mixed to negative where reviewers report wet pads on carpet or possible floor damage with high thresholds.

Tool changes are partly automated or simple, especially mop-pad removal before carpet vacuuming and an easy-to-remove brush roll assembly.

Under-furniture pickup is a standout strength due to the low-profile body and retractable LiDAR letting it reach spaces other robots miss.

Average robot height enables reasonable under-furniture reach for routine dusting, though it will not match ultra-low models.

Value-for-money is mixed to weak because strong performance is offset by repeated concern about premium pricing.

Versatility is well-supported by evidence that it handles vacuuming and mopping across hard floors, carpets, tile, and hardwood in one run.

Water-system evidence is mixed: the dock has clean and dirty tanks, but some reviewers mention smaller tanks or refilling hassle.

Reported tank sizes are small-to-middling for a combo robot, suitable for light maintenance passes rather than large-area wet cleaning.

Weight is a drawback in the one review that directly mentions 51.9 pounds affecting portability.