Minutes of runtime, and the three surfaces they are spent on · review
The most heavily equipped robot on this shelf: a laser distance sensor building a 3D map underwater, four turbine motors, six hours of runtime from a 15 000 mAh battery, and a two-layer 5-litre filter.
The bottom line Everything this shelf can do, in one machine, and one question left hanging. Laser mapping, four turbines, six hours and both filter layers is a genuinely different proposition from the robots beneath it — and on a machine at this price, the two things nobody publishes are how it comes out of the pool and what happens when the battery stops holding charge. Both belong in the listing.
A robot the maker calls 7-in-1, handling steps, flat areas and the rest under AI-guided control. A FloatDrive system with four turbine motors and intelligent differential steering provides movement and stability on steps and uneven ground.
Navigation is AquaScan 360°, using an underwater laser distance sensor to build a real-time 3D map, with intelligent route planning to cover every curve and corner. An EdgeDrive brush follows edges and corners, with an independently driven front brush and a no-backflow flow channel.
The battery is 15 000 mAh, giving up to six hours per charge. The 5-litre container holds a 180 µm filter and a 3 µm ultra-fine filter, both replaceable.
Every other robot in this family publishes sensors, patterns or algorithms — things that react. This one publishes a map.
A laser distance sensor building a 3D model underwater and planning a route from it is the difference between covering a pool and traversing it until the battery runs down. It is the maker’s description of their own system, and it is unique on this shelf.
The longest runtime here by a wide margin, and useful in exactly one case: a pool big enough or shaped enough that a shorter machine does not finish.
On a 30 m² rectangle it is five hours of battery nobody uses — bought, carried and eventually worn out without ever being needed. Runtime is only ever readable against the pool it is pointed at.
How it comes out of the water, and what happens when the pack stops holding charge.
The first is published by four robots in this family and not by this one. The second is published by none of the nine, and on a machine where the battery is a large share of the price, it is the figure that decides whether this is a purchase or a subscription.
The German, Italian and Spanish Amazon stores sat at roughly 999 € at the single check this page is built on.
The American, British and French Amazon catalogues hold the reference with no seller standing behind it.
These figures are what Keepa gave back the day this page was last written. Stock and prices shift without warning.
Prices quoted in this text were read on 21 September 2026. The live price is at the top of the page.
| Runtime | Up to 6 hours from a 15 000 mAh battery |
|---|---|
| Surfaces | Stated 7-in-1 coverage including steps and flat areas; edges and corners followed by a dedicated brush |
| Filter fineness | Two layers in a 5 l container — 180 µm filter and a 3 µm ultra-fine filter, both replaceable |
| Navigation | AquaScan 360° with an underwater laser distance sensor building a real-time 3D map, and intelligent route planning |
| Charge time | Not published |
| Weight | Not published |
| Retrieval | Not published as a parking routine |
| Amazon reference | B0GLP9L4PY (one reference across 6 Amazon marketplaces) |
| EAN | 6979287180115 |
The maker states that AquaScan builds a real-time 3D map and plans routes from it, rather than reacting to obstacles as they are met. That is a different kind of navigation from the sensor counts published elsewhere in this family, and it is the only mapped system here.
On a pool the robot covers in one, it is five hours of battery bought and never used. On a large or shaped pool with steps, it is what lets a single cycle finish. The runtime is only readable against the pool, which is why this page prints it next to what the machine is for.
Nobody in this family says. A 15 000 mAh pack charged and discharged through a season has a finite life, and on this machine the battery is a large share of the price. The absence is recorded on every page here rather than filled in.
A large or complicated pool where mapped coverage genuinely saves passes
A reference exists on these Amazon stores: France, Germany, Italy, Spain, United Kingdom, United States. Listed is not the same as in stock — availability changes daily.
Details checked on September 21, 2026.
Specifications: manufacturer sheet and Amazon product page. Prices and availability: Keepa. No product on this site has been physically tested.
Floor, wall, waterline; 270 min eco; 11 sensors; 3 µm included
A three-zone robot with eleven sensors and a published path algorithm, a dual-layer filter whose 3 µm element is included rather than optional, and five cleaning modes with over-the-air updates.
Best for: A shaped pool where systematic coverage is worth more than raw suction
Floor, wall, waterline; 5 h floor; 25 700 LPH; 5 l
A three-zone robot that brushes the waterline for eight seconds at a time, publishes 25 700 LPH of suction and a 5-litre basket, and parks itself at the waterline for ten minutes so it can be lifted out without fishing.
Best for: A pool with a visible waterline mark and enough surface to justify the runtime
Floor, wall, waterline; 2 h; 18 927 LPH; IP68 to 3 m
A three-zone tracked robot that publishes what it climbs in degrees and centimetres — 30° slopes and 3 cm obstacles — with IP68 to a stated three metres and a 4-litre basket.
Best for: A pool with steps, a drain cover or a change of level that defeats a simpler machine
