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ComparisonMaytronics Dolphin Quantum and Beatbot Sora 70

Up to three

All robot pool cleaners. Every figure below is placed against the whole class, so a gap can be read against how much the class itself varies.

Where each one suits you.

The conditions each robot was assessed against, side by side. Rows marked in gold are where these machines genuinely differ.

Fit verdicts by condition for each robot
Condition Dolphin Quantum Beatbot Sora 70
Pool type
In-ground GoodDesigned for in-ground pool geometry and depth; standard slope and diving-section handling. GoodDesigned for in-ground pool geometry. Manufacturer specs target standard gunite and vinyl installations.
Above-ground PoorWall angles and shallow depth of above-ground pools incompatible with in-ground navigation design. PoorMapping system assumes in-ground sloped floor and vertical walls. Above-ground ramp entry and shelf geometry will confound navigation.
Mixed setup GoodIn-ground operation is the design basis; above-ground not supported. GoodNo preference; see location-specific specs.
Pool size
Small (< 400 sqft) GoodUnder-10,000-gallon pools see over-engineering; cable-less cordless models would be more efficient for small residential pools. GoodBelow optimal pool volume for smart-mapping efficiency. Charging cycles may interrupt coverage in pools under 8,000 gallons.
Medium (400 – 800) Good12,000–18,000 gallon range optimal; dual-brush system and filter basket sized for this throughput. GoodTarget capacity (12,000–25,000 gallons). Runtime and coverage align with mid-size in-ground standard dimensions.
Large (> 800)they differ Good18,000–25,000 gallon pools see excellent coverage; cable length and oversized basket handle multi-session depth. DependsAbove 25,000 gallons, battery runtime limits each charge cycle to partial coverage. Multi-day full cleaning requires resumption across sessions.
Debris load
Fine (sand / silt) GoodFine-mesh filter basket and multi-stage filtration handle sand and pollen efficiently. GoodFilter and brush handle fine silt and dust. Weekly cartridge rinse sufficient for light debris load.
Leaves / large debristhey differ GoodOversized basket capacity handles seasonal leaf load; 2–3 week emptying cycle appropriate for light-to-moderate debris. DependsLeaf load requires pre-skimming and frequent filter checks. Smart mapping may get confused by floating debris; manual intervention likely.
Algae / heavy foulingthey differ GoodDual brushes target waterline algae and staining; firmware updates have refined algae-specific navigation paths. DependsAlgae buildup increases brush clogging and motor load. Chemical treatment and wall scrubbing often require manual intervention; robot handles maintenance phase only.
Coverage you want
Floor only GoodThorough floor coverage via multi-zone navigation; all floor surfaces contacted within daily cycle. GoodPrimary coverage mode. Smart mapping optimized for floor traversal and obstacle avoidance.
Floor + walls GoodBalanced floor and wall coverage; wall climbing is secondary but effective on vertical algae staining. GoodWall-climbing is claimed but unvalidated independently. Vertical coverage efficacy and energy cost per cycle not documented.
Floor + walls + waterline GoodWaterline scrubbing is primary brush function; floor and wall coverage balanced with waterline protection. Good4-in-1 coverage claimed: floor, walls, waterline, surface. Independent validation of sustained waterline and surface performance pending.

A robot being poor for a condition is a fact about fit, not a fault. “Depends” means the record names a limit worth reading, not that the answer is unknown.

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Robovations classifies robots; it does not rank them. Nothing on this page is a recommendation, and no manufacturer influences a classification or its placement here.