Oceniliśmy najważniejsze odkurzacze robotyczne na Amazon.co.uk według 20 kluczowych kryteriów.
This page is for anyone trying to find the best robot vacuum in 2026 — whether you need the best robot vacuum for pet hair, the best self-emptying robot vacuum, a robot vacuum with mopping, or the best budget robot vacuum under $500. We've ranked six leading models across 20 objective factors: suction power (Pa), navigation accuracy, self-emptying dock capability, mop performance, obstacle avoidance, and long-term reliability. No brand pays for placement.
We evaluate each robot vacuums on 20 measurable factors. Key scoring criteria:
All prices checked regularly against live Amazon listings. Affiliate links fund independent research.
Ranking według łącznego wyniku · Linki afiliacyjne Amazon.co.uk
The benchmark all-in-one robot vacuum for 2026. 10,000 Pa suction, dual rubber brushes, ReactiveAI 2.0 obstacle avoidance that actually works, and a dock that washes, dries, empties, and refills the mop autonomously. Carpet boost is genuine. At ~$1,100 it is expensive but replaces daily vacuuming and mopping completely.
✓ Best for: large homes, thick carpet, households that want zero-maintenance auto-cleaning
✗ Skip if: budget is a priority — this is the most expensive model here
The 3D structured light + RGB camera obstacle avoidance system is the only one tested that reliably identifies and avoids cables, pet toys, and shoes without getting stuck.
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Roborock's closest rival — 10,000 Pa suction, dual flat mops that extend under furniture, and a hot-water mop washing system that genuinely sanitises the pads. Obstacle avoidance trails Roborock slightly but mopping results on hard floors are equal or better. The dock is marginally bulkier but the extended-reach mop design is a genuine differentiator.
✓ Best for: buyers who want Roborock S8 MaxV Ultra features at $100 less
✗ Skip if: you have complex floor plans with many obstacles — Roborock's mapping is marginally better
The MopExtend RO technology actively extends the mop 38 mm to reach under furniture edges — a genuine engineering differentiator no other model here replicates.
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iRobot's most capable model features a retractable mop that lifts completely off carpet — no wet carpet risk. The D-shaped design reaches corners 40% better than round robots. PrecisionVision Navigation identifies and avoids pet waste with industry-leading reliability. Clean Base dock auto-empties. The iRobot app and Alexa/Google ecosystem integration remain best in class.
✓ Best for: pet households, Alexa/Google Home users, buyers who prefer an established brand ecosystem
✗ Skip if: you want the most powerful suction or the best mop performance
iRobot's Dirt Detect sensor identifies high-concentration areas and applies extra passes — the most practical pet hair feature across the category, regardless of Pa rating.
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8,000 Pa suction and a full self-emptying/mop-washing dock at $799 — the sweet spot in the robot vacuum market. The AI.Map 2.0 navigation is fast and accurate. Obstacle avoidance is good but not class-leading. Carpet detection reliably lifts the mop. For buyers who want premium features without the $1,000+ sticker, this is the right answer.
✓ Best for: households wanting premium features at a more accessible price point
✗ Skip if: thick carpet performance is critical — 8,000 Pa is strong but below the Roborock S8's 10,000 Pa
The integrated hot-air mop drying in the dock is rare at this price — competitor models at $799 typically only auto-wash, leaving mops damp and odour-prone.
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5,500 Pa suction with LiDAR navigation and a self-emptying dock — all for around $450. No mopping, but for pure vacuum performance per dollar this is unmatched at this price. Ideal for carpeted homes where mopping is irrelevant. Roborock's navigation and app are class-leading at any price. The 9-week bin interval means truly hands-off vacuuming.
✓ Best for: budget-conscious buyers wanting LiDAR navigation and self-emptying
✗ Skip if: you have pets (no AI obstacle avoidance) or significant carpet (5,500 Pa is mid-range)
At $449 with a self-emptying dock and LiDAR navigation, it's the most capable self-emptying robot vacuum below $500 — the next level up costs at least $250 more.
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8,200 Pa suction, a full self-emptying dock with mop washing, and TrueDetect 3.0 obstacle avoidance at $649 — a credible budget alternative to the Eufy X10 Pro. AIVI 3D object recognition is functional but trails Roborock's ReactiveAI 2.0. Mopping is effective on sealed hardwood. The app has improved significantly in 2025 and is now genuinely usable.
✓ Best for: buyers wanting an all-in-one clean base with solid vacuum and mop performance
✗ Skip if: your home has thick carpet — the combo mop/vacuum design compromises both functions slightly vs dedicated models
Its OZMO Turbo 2.0 rotating mop system applies 2.5N downward pressure — one of the strongest mop contact forces in the category for tackling dried-on spills.
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Wszystkie sześć modeli obok siebie. Pełne porównanie →
| Model | Cena | Ssanie | Nawigacja | Mopowanie | Hałas | Bateria | Kup |
|---|---|---|---|---|---|---|---|
| Roborock S8 MaxV Ultra | £949 | 10,000 Pa | 3D Structured Light + RGB | Sonic vibration, auto-lift | 65 dB max | 6,400 mAh / ~180 min | Zobacz na Amazon.co.uk |
| Dreame L30 Ultra | £849 | 10,000 Pa | 3D ToF + RGB camera | Hot-water wash, auto-lift | 67 dB max | 6,400 mAh / ~180 min | Zobacz na Amazon.co.uk |
| iRobot Roomba Combo j9+ | £849 | 100 CFM (high) | PrecisionVision + vSLAM | Retractable pad, lifts on carpet | 68 dB max | 90 min run / auto-recharge | Zobacz na Amazon.co.uk |
| Eufy X10 Pro Omni | £699 | 8,000 Pa | LiDAR + AI.Map 2.0 | Dual spinning mops, auto-lift | 66 dB max | 5,200 mAh / ~180 min | Zobacz na Amazon.co.uk |
| Roborock Q5 Pro+ | £389 | 5,500 Pa | LiDAR PreciSense | None | 67 dB max | 5,200 mAh / ~180 min | Zobacz na Amazon.co.uk |
| Ecovacs Deebot T30S Combo | £549 | 8,200 Pa | TrueMapping 3.0 + LiDAR | OZMO Turbo, auto-lift | 69 dB max | 5,000 mAh / ~160 min | Zobacz na Amazon.co.uk |
Pięć pytań, które pomogą znaleźć odpowiedni model.
Roboty odkurzające różnie działają na dywanach i twardych podłogach. Modele z wzmocnieniem na dywanie automatycznie zwiększają ssanie na dywanach. Modele z mopem unoszą pady nad dywanem — sprawdź to przed zakupem.
Oddzielne przebiegi odkurzania i mopowania dają lepsze wyniki, ale roboty all-in-one są wygodniejsze. Pranie mopa gorącą wodą (Dreame L30 Ultra) daje czystsze pady niż systemy z zimną wodą.
Roboty z nawigacją LiDAR precyzyjnie mapują wiele pokoi. Przy dywanach zaplanuj minimum 5500 Pa. Duże domy (200 m²+) wymagają baterii na 180 min lub automatycznego ładowania z wznawianiem pracy.
Sierść zwierząt plącze się w rolkach szczotek — szukaj projektów z gumową rolką szczotki (Roborock S8 MaxV Ultra), które są odporne na plątanie. Omijanie przeszkód ReactiveAI jest kluczowe w domach z wypadkami zwierząt.
Stacje automatycznego opróżniania wydłużają przerwy bez interwencji do 7–10 tygodni. Stacje samoprania mopa eliminują ręczne czyszczenie padów. Uwzględnij zajmowane miejsce stacji w swojej decyzji.
Jakiego ssania naprawdę potrzebuję?
5000 Pa radzi sobie z większością dywanów i twardych podłóg. 8000–10 000 Pa jest do grubych dywanów i głębokiego czyszczenia. Więcej Pa nie zawsze oznacza lepsze wyniki — projekt rolki szczotki ma równie duże znaczenie.
Czy roboty odkurzające działają na grubych dywanach?
Tak, ale wydajność się różni. Modele z wzmocnieniem na dywanie (Roborock, Dreame) znacząco zwiększają ssanie na dywanach. Unikaj budżetowych modeli do dywanów berberyjskich lub o długim runie.
Czy mopowanie przez robota odkurzającego jest naprawdę przydatne?
Tak do mopowania konserwacyjnego na lakierowanym parkiecie i płytkach. Nie zastąpi głębokiego mopowania fug ani podłóg z fakturą. Pranie mopa gorącą wodą (Dreame L30 Ultra) daje zauważalnie czystsze wyniki.
Jak nawigacja LiDAR wypada w porównaniu z kamerową?
LiDAR zapewnia precyzyjne mapowanie pomieszczeń w ciemności. Systemy oparte na kamerze (Roomba j9+) używają rozpoznawania obiektów AI. Oba są niezawodne — LiDAR przoduje w dokładności mapowania, kamery w identyfikacji przeszkód.
Jak często powinienem używać robota odkurzającego?
Codziennie na twardych podłogach, 3–4 razy w tygodniu na dywanach. Większość modeli obsługuje harmonogramowanie przez aplikację. Codzienne używanie wydłuża żywotność filtra HEPA i szczotki dzięki rozkładaniu obciążenia brudem.
What is the best robot vacuum for pet hair?
The iRobot Roomba Combo j9+ is our top choice for pet hair. Its Dirt Detect sensor identifies high-concentration areas and passes over them multiple times. The auto-retract mop lifts clear of carpet automatically. Most importantly, its AI obstacle avoidance identifies and avoids pet waste — a capability the Roborock Q5 Pro+ at half the price lacks entirely.
Do robot vacuums actually work on thick carpet?
Yes, but CADR matters. Budget models under $300 typically max out at 2,500–3,000 Pa — sufficient for low-pile carpet. For medium to high-pile carpet (>15mm), look for ≥6,000 Pa. The Roborock S8 MaxV Ultra at 10,000 Pa is the only model here genuinely effective on all carpet pile heights.
Is self-emptying worth the extra cost?
For most households, yes. A self-emptying dock means you empty the large bag every 30–60 days rather than the robot bin after every clean. More importantly, it allows the robot to run daily unattended — which is the core value proposition of a robot vacuum. Without self-emptying, you need to manually empty before each run.
How long does robot vacuum mapping take?
Most LiDAR-based robots complete initial mapping in 1–3 cleaning passes (30–90 minutes for an average home). After mapping, subsequent cleans follow the stored map. Roborock, Dreame, and Eufy typically complete mapping in a single pass. iRobot Roomba uses multiple passes to refine the map over 3–5 runs.
What is the difference between LiDAR and vSLAM navigation?
LiDAR (Light Detection and Ranging) uses a rotating laser to build a precise floor map, accurate to centimetres. vSLAM (Visual Simultaneous Localisation and Mapping) uses a camera to interpret the room visually. LiDAR is more accurate, works in low light, and builds maps faster. All six models in our ranking use LiDAR navigation.
Can a robot vacuum replace a regular vacuum?
For daily maintenance cleaning, yes — particularly on hard floors and low-pile carpet. For deep cleaning of high-pile carpet, upholstery, stairs, or car interiors, a conventional vacuum remains necessary. The ideal setup is a robot vacuum running daily for maintenance plus a cordless vacuum for weekly deep cleaning. See our Best Cordless Vacuums guide for the cordless complement.
What suction power (Pa) do I actually need?
For hard floors and low-pile carpet: 2,000–4,000 Pa is sufficient. For medium-pile carpet: 4,000–7,000 Pa. For thick-pile carpet and embedded pet hair: 8,000+ Pa. The Roborock Q5 Pro+ at 5,500 Pa handles most home floor types effectively at its $449 price point.
The key factors that separate genuinely good choices from marketing noise.
Higher Pa = better deep-carpet cleaning. Budget models: 2,000–4,000 Pa. Mid-range: 5,000–8,000 Pa. Premium: 10,000+ Pa. The Roborock S8 MaxV Ultra delivers 10,000 Pa — genuinely suitable for thick-pile carpet.
LiDAR (laser) mapping creates accurate floor plans, avoids obstacles reliably, and adapts quickly to furniture changes. Camera-only (vSLAM) is cheaper but less precise in low light. All models ranked here use LiDAR.
A self-emptying dock auto-transfers debris from the robot bin to a larger bag (30–60 day capacity). Premium docks also auto-wash the mop, dry it with hot air, and refill the water tank — eliminating daily maintenance entirely.
For homes with mixed hard floors and carpet, a robot that lifts its mop automatically over carpet is essential. Models that drag a wet mop across carpet leave a damp mess. Look for ≥10 mm lift clearance.
Basic models use bump sensors (reactive). Mid-range uses structured light or ToF sensors. Premium uses RGB cameras + AI to identify and avoid cables, pet toys, and shoes. The Roborock S8 MaxV Ultra's 3D structured light + RGB camera is the most capable system tested.