Name: AECO VacuBot X3
Brand: AECO

Technical Specifications of robot vacuum AECO VacuBot X3

Overall score

6.1

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Popularity

What it is: An indicator based on the number of reviews received by the robot vacuum.

When it matters: When you prefer to purchase a product chosen and reviewed by many other consumers.

Cleaning

6.2

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Max suction power

What it is: Maximum suction power is the highest pressure the vacuum motor is rated to produce, measured in pascals.

When it matters: Higher figures can help lift embedded debris from carpet, but brush design and airflow also determine real cleaning performance.

Importance: HIGH

N. of suction power levels

What it is: The number of suction levels shows how many power settings can be selected.

When it matters: More levels give finer control over noise, battery use and cleaning strength on different floors.

Importance: MEDIUM

Motor type

What it is: Motor type identifies whether the suction motor uses a brushed or brushless design.

When it matters: Brushless motors generally offer better efficiency and durability, although complete airflow design still determines performance.

Importance: LOW

Power

What it is: Power is the electrical input rating of the robot or its charging system.

When it matters: It describes energy demand, but it should not be treated as a direct measure of suction or floor-cleaning ability.

Importance: LOW

Cleaning modes

What it is: Cleaning modes are the distinct automatic or targeted cleaning programs available on the robot.

When it matters: A wider choice makes it easier to match cleaning behavior to rooms, spills, edges or quiet periods.

Importance: MEDIUM

Mopping

5.0

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Mopping capability

What it is: Mopping capability means the robot can wipe hard floors with a damp pad or active mop system.

When it matters: It is useful for fine dust and light marks, but it does not automatically mean the robot can replace deep manual mopping.

Importance: MEDIUM

Mopping system type

What it is: The mopping system type describes how the robot applies motion and pressure to its mop, such as a static pad, vibrating pad, rotating pads or roller.

When it matters: Active systems generally scrub dried marks better, while pad lifting and dock washing determine how practical they are on mixed floors.

Importance: HIGH

Mop pad type

What it is: Mop pad type describes the pad shape and attachment used by the mopping system.

When it matters: It affects floor contact, edge reach, replacement availability and whether the pads can be washed easily.

Importance: LOW

none

Mop pad material

What it is: Mop pad material is the fabric or fibre used to wipe and absorb dirt from the floor.

When it matters: It influences absorption, scrubbing action, durability and how easily the pad releases dirt when washed.

Importance: LOW

microfiber

Mop pressure

What it is: Mop pressure is the downward force the mopping system applies to the floor.

When it matters: More controlled pressure can improve removal of dried marks, although pad motion and moisture delivery also matter.

Importance: LOW

Navigation

5.4

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Primary navigation technology

What it is: The primary navigation technology is the main sensor system the robot uses to understand its position and plan a route.

When it matters: It affects route efficiency, coverage and how reliably the robot returns to its dock, especially in larger or more complex homes.

Importance: HIGH

Mapping capability

What it is: Mapping capability lets the robot create a floor plan instead of cleaning only from moment-to-moment sensor reactions.

When it matters: A saved map is important for room selection, no-go zones and predictable coverage.

Importance: MEDIUM

Real-time mapping

What it is: Real-time mapping updates the floor plan and the robot's route while a cleaning run is in progress.

When it matters: It helps you follow progress, spot missed areas and see where the robot is if it becomes stuck.

Importance: LOW

Multiple map storage

What it is: Multiple map storage keeps separate floor plans for more than one level or cleaning area.

When it matters: It is useful in multi-storey homes because the robot does not need to rebuild the map each time it changes floors.

Importance: LOW

Map editing

What it is: Map editing lets you divide, merge, name and adjust rooms in the app.

When it matters: Accurate room boundaries make room-by-room schedules and targeted cleaning easier to use.

Importance: LOW

Smart Features

8.3

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App control

What it is: App control lets you operate and configure the robot from a smartphone application.

When it matters: It is needed for maps, room selection, schedules and many advanced settings on modern robot vacuums.

Importance: LOW

App name

What it is: App name identifies the manufacturer's mobile application used to control the robot.

When it matters: It helps you check phone compatibility, account requirements and user feedback for the correct app before buying.

Importance: LOW

AX Home

Wi-Fi connectivity

What it is: Wi-Fi connectivity links the robot to its app and cloud services through the home network.

When it matters: It enables remote control and updates, but setup quality depends on router compatibility and signal coverage.

Importance: LOW

Supported Wi-Fi bands

What it is: Supported Wi-Fi bands identify the wireless frequencies the robot can use, commonly 2.4 GHz and sometimes 5 GHz.

When it matters: Band support matters during setup because many robot vacuums connect only to a 2.4 GHz network.

Importance: LOW

2.4 GHz

Bluetooth connectivity

What it is: Bluetooth connectivity provides a short-range wireless link, often used during initial setup.

When it matters: It can simplify pairing but usually does not replace Wi-Fi for remote app control.

Importance: LOW

Battery

5.8

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Battery capacity

What it is: Battery capacity is the amount of electrical charge the battery can store, measured in milliamp-hours.

When it matters: More capacity can support longer cleaning runs, but motor power, mopping and navigation also affect actual runtime.

Importance: MEDIUM

Battery type

What it is: Battery type identifies the battery chemistry used by the robot.

When it matters: It affects weight, service life and charging behavior, with lithium-ion now being the common modern design.

Importance: LOW

Li-ion

Battery voltage

What it is: Battery voltage is the nominal electrical voltage of the robot's battery pack.

When it matters: It is mainly useful for checking replacement-battery compatibility and does not by itself indicate runtime.

Importance: LOW

14.4

Runtime

What it is: Runtime is how long the robot is rated to clean on one charge under the stated test mode.

When it matters: Longer runtime matters on large floors, while recharge-and-resume can compensate for a smaller battery.

Importance: MEDIUM

Recharge and resume

What it is: Recharge and resume sends the robot back to charge and then returns it to the unfinished part of the map.

When it matters: It allows large cleaning jobs to finish without manual intervention when one battery charge is not enough.

Importance: LOW

Design

7.1

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Shape

What it is: Shape describes the robot's body outline, most commonly round or D-shaped.

When it matters: Shape influences corner reach and manoeuvring, although brush placement and route planning are equally important.

Importance: LOW

round

Height

What it is: Height is the vertical clearance required by the robot.

When it matters: A lower body can clean under more sofas, beds and cabinets, but measure the furniture gap before relying on it.

Importance: LOW

Width

What it is: Width is the side-to-side size of the robot.

When it matters: It determines whether the robot can pass between chair legs, furniture and other narrow spaces.

Importance: LOW

Length

What it is: Length is the front-to-back size of the robot.

When it matters: Together with width and shape, it affects turning space and access around closely placed furniture.

Importance: LOW

Weight

What it is: Weight is the mass of the robot itself, excluding its dock.

When it matters: A lighter robot is easier to carry between floors, while weight has little direct connection to cleaning quality.

Importance: LOW

AECO VacuBot X3 vs the average robot vacuum

Why is AECO VacuBot X3 better than the average robot vacuum?

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200 mL larger dustbin
AECO VacuBot X3 has a dustbin capacity of 600 mL, compared with 400 mL for the average robot vacuum.
What it is: Dustbin capacity is the amount of dry debris the bin inside the robot can hold.
When it matters: A larger bin needs emptying less often, which matters in homes with pets unless an auto-empty dock is included.
Importance: MEDIUM
AECO VacuBot X3 has a dustbin capacity of 600 mL, compared with 400 mL for the average robot vacuum.600 mL vs 400 mL
40 min longer runtime
AECO VacuBot X3 runs for 190 min per charge, compared with 150 min for the average robot vacuum.
What it is: Runtime is how long the robot is rated to clean on one charge under the stated test mode.
When it matters: Longer runtime matters on large floors, while recharge-and-resume can compensate for a smaller battery.
Importance: MEDIUM
AECO VacuBot X3 runs for 190 min per charge, compared with 150 min for the average robot vacuum.190 min vs 150 min
1.03 kg lighter robot
AECO VacuBot X3 weighs 2.5 kg, compared with 3.53 kg for the average robot vacuum.
What it is: Weight is the mass of the robot itself, excluding its dock.
When it matters: A lighter robot is easier to carry between floors, while weight has little direct connection to cleaning quality.
Importance: LOW
AECO VacuBot X3 weighs 2.5 kg, compared with 3.53 kg for the average robot vacuum.2.5 kg vs 3.53 kg
17 mm lower profile
AECO VacuBot X3 is 77 mm tall, compared with 94 mm for the average robot vacuum.
What it is: Height is the vertical clearance required by the robot.
When it matters: A lower body can clean under more sofas, beds and cabinets, but measure the furniture gap before relying on it.
Importance: LOW
AECO VacuBot X3 is 77 mm tall, compared with 94 mm for the average robot vacuum.77 mm vs 94 mm
Includes a remote control
AECO VacuBot X3 includes a remote control, while the average robot vacuum does not include a remote control.
What it is: A remote control provides direct operation without relying on a smartphone app.
When it matters: It is useful for people who prefer physical controls or when Wi-Fi and app services are unavailable.
Importance: LOW
AECO VacuBot X3 includes a remote control, while the average robot vacuum does not include a remote control.
1,000 Pa stronger suction
AECO VacuBot X3 delivers 5,000 Pa, compared with 4,000 Pa for the average robot vacuum.
What it is: Maximum suction power is the highest pressure the vacuum motor is rated to produce, measured in pascals.
When it matters: Higher figures can help lift embedded debris from carpet, but brush design and airflow also determine real cleaning performance.
Importance: HIGH
AECO VacuBot X3 delivers 5,000 Pa, compared with 4,000 Pa for the average robot vacuum.5000 Pa vs 4000 Pa
85.7% cheaper
AECO VacuBot X3 is cheaper than the average robot vacuum (£140 vs £260).
AECO VacuBot X3 is cheaper than the average robot vacuum (£140 vs £260).£140 vs £260
1.8 kg lighter base station
AECO VacuBot X3 has a base station that weighs 2.5 kg, compared with 4.3 kg for the average robot vacuum.
What it is: Base-station weight is the mass of the dock without the robot.
When it matters: A lighter dock is easier to move, while a heavier station may remain more stable during docking and mop washing.
Importance: LOW
AECO VacuBot X3 has a base station that weighs 2.5 kg, compared with 4.3 kg for the average robot vacuum.2.5 kg vs 4.3 kg
40 min longer runtime
AECO VacuBot X3 runs for 190 min per charge, compared with 150 min for the average robot vacuum.
1.03 kg lighter robot
AECO VacuBot X3 weighs 2.5 kg, compared with 3.53 kg for the average robot vacuum.
17 mm lower profile
AECO VacuBot X3 is 77 mm tall, compared with 94 mm for the average robot vacuum.
1.8 kg lighter base station
AECO VacuBot X3 has a base station that weighs 2.5 kg, compared with 4.3 kg for the average robot vacuum.
Includes a remote control
AECO VacuBot X3 includes a remote control, while the average robot vacuum does not include a remote control.
200 mL larger dustbin
AECO VacuBot X3 has a dustbin capacity of 600 mL, compared with 400 mL for the average robot vacuum.
1,000 Pa stronger suction
AECO VacuBot X3 delivers 5,000 Pa, compared with 4,000 Pa for the average robot vacuum.

Why is AECO VacuBot X3 worse than the average robot vacuum?

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60 m² less cleaning coverage
AECO VacuBot X3 can clean up to 120 m² per charge, compared with 180 m² for the average robot vacuum.
0.5 h slower charging
AECO VacuBot X3 takes 5 h to charge, compared with 4.5 h for the average robot vacuum.
3 dB louder operation
AECO VacuBot X3 produces 68 dB of noise, compared with 65 dB for the average robot vacuum.
Does not provide cleaning reports
AECO VacuBot X3 does not provide cleaning reports, while the average robot vacuum provides cleaning reports.
Does not support Bluetooth
AECO VacuBot X3 does not support Bluetooth, while the average robot vacuum connects via Bluetooth.
More basic obstacle avoidance
AECO VacuBot X3 uses infrared obstacle avoidance, while the average robot vacuum uses hybrid.
More basic navigation
AECO VacuBot X3 uses gyroscope navigation, while the average robot vacuum uses LiDAR.
Does not support no-mop zones
AECO VacuBot X3 does not support no-mop zones, while the average robot vacuum supports configurable no-mop zones.
Does not map the floor
AECO VacuBot X3 does not map the floor, while the average robot vacuum maps the floor.
Does not store multiple maps
AECO VacuBot X3 does not store multiple maps, while the average robot vacuum stores multiple maps.
Does not recognize individual rooms
AECO VacuBot X3 does not recognize individual rooms, while the average robot vacuum recognizes individual rooms.
Grounded no from data_scrape2/data_scrape4 for room recognition.
Does not update its map in real time
AECO VacuBot X3 does not update its map in real time, while the average robot vacuum updates its map in real time.
Does not show its location in real time
AECO VacuBot X3 does not show its location in real time, while the average robot vacuum shows its location in real time.
2 mm less threshold clearance
AECO VacuBot X3 climbs thresholds up to 18 mm, compared with 20 mm for the average robot vacuum.
Does not detect carpets automatically
AECO VacuBot X3 does not detect carpets automatically, while the average robot vacuum detects carpets automatically.
1 fewer suction levels
The number of suction levels on AECO VacuBot X3 is 3, compared with 4 on the average robot vacuum.
Does not support room-by-room cleaning
AECO VacuBot X3 does not support room-by-room cleaning, while the average robot vacuum supports room-by-room cleaning.
Does not let you adjust the water flow
AECO VacuBot X3 does not let you adjust the water flow, while the average robot vacuum lets you adjust the water flow.
Less capable mopping system
AECO VacuBot X3 uses none for mopping, while the average robot vacuum uses static pad.
More basic obstacle avoidance
AECO VacuBot X3 uses infrared obstacle avoidance, while the average robot vacuum uses hybrid.
What it is: Obstacle avoidance technology uses sensors, cameras, LiDAR or structured light to detect objects and route around them.
When it matters: More capable systems reduce contact with cables, shoes, pet bowls and other clutter, so the robot needs fewer rescues.
Importance: HIGH
AECO VacuBot X3 uses infrared obstacle avoidance, while the average robot vacuum uses hybrid.infrared vs hybrid
More basic navigation
AECO VacuBot X3 uses gyroscope navigation, while the average robot vacuum uses LiDAR.
What it is: The primary navigation technology is the main sensor system the robot uses to understand its position and plan a route.
When it matters: It affects route efficiency, coverage and how reliably the robot returns to its dock, especially in larger or more complex homes.
Importance: HIGH
AECO VacuBot X3 uses gyroscope navigation, while the average robot vacuum uses LiDAR.gyroscope vs LiDAR
Does not detect carpets automatically
AECO VacuBot X3 does not detect carpets automatically, while the average robot vacuum detects carpets automatically.
What it is: Carpet detection allows the robot to recognize when it moves from hard flooring onto carpet or a rug.
When it matters: It enables carpet-specific actions such as suction boost, mop lifting or carpet avoidance.
Importance: MEDIUM
AECO VacuBot X3 does not detect carpets automatically, while the average robot vacuum detects carpets automatically.
Does not support no-mop zones
AECO VacuBot X3 does not support no-mop zones, while the average robot vacuum supports configurable no-mop zones.
What it is: No-mop zones are mapped areas that the robot avoids while its mop is attached or wet.
When it matters: They protect rugs and moisture-sensitive floors when the robot cannot lift its mop high enough.
Importance: LOW
AECO VacuBot X3 does not support no-mop zones, while the average robot vacuum supports configurable no-mop zones.
Does not map the floor
AECO VacuBot X3 does not map the floor, while the average robot vacuum maps the floor.
What it is: Mapping capability lets the robot create a floor plan instead of cleaning only from moment-to-moment sensor reactions.
When it matters: A saved map is important for room selection, no-go zones and predictable coverage.
Importance: MEDIUM
AECO VacuBot X3 does not map the floor, while the average robot vacuum maps the floor.
Does not store multiple maps
AECO VacuBot X3 does not store multiple maps, while the average robot vacuum stores multiple maps.
What it is: Multiple map storage keeps separate floor plans for more than one level or cleaning area.
When it matters: It is useful in multi-storey homes because the robot does not need to rebuild the map each time it changes floors.
Importance: LOW
AECO VacuBot X3 does not store multiple maps, while the average robot vacuum stores multiple maps.
Does not recognize individual rooms
AECO VacuBot X3 does not recognize individual rooms, while the average robot vacuum recognizes individual rooms.
Grounded no from data_scrape2/data_scrape4 for room recognition.
What it is: Room recognition identifies individual rooms on the saved map.
When it matters: It matters when you want to clean or schedule the kitchen, bedroom or another room separately.
Importance: LOW
AECO VacuBot X3 does not recognize individual rooms, while the average robot vacuum recognizes individual rooms.
Does not update its map in real time
AECO VacuBot X3 does not update its map in real time, while the average robot vacuum updates its map in real time.
What it is: Real-time mapping updates the floor plan and the robot's route while a cleaning run is in progress.
When it matters: It helps you follow progress, spot missed areas and see where the robot is if it becomes stuck.
Importance: LOW
AECO VacuBot X3 does not update its map in real time, while the average robot vacuum updates its map in real time.

Third-party reviews

United Kingdom

3.9

72 Reviews

(Reviews last updated: July 2026)

What customers like about AECO VacuBot X3?

Powerful 5000 Pa suction power provides effective dirt and debris pickup
Long battery runtime of up to 160 minutes ideal for large cleaning areas
Versatile control options through both an infrared remote control and a mobile app
Three-color display lighting offers a visually appealing design
Operates at a relatively quiet noise level of 68 dB
Good entry-level pricing delivering strong value for money

What customers dislike about AECO VacuBot X3?

Gyroscopic navigation can lead to disorientation and missed spots compared to LiDAR systems
Prone to getting physically stuck or wedged on carpets and rugs
Occasional software or initial Wi-Fi pairing difficulties during the app setup process
Inconsistent long-term hardware durability reports among some users

AECO VacuBot X3 Review | 118 Data compared

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Technical Specifications of robot vacuum AECO VacuBot X3

AECO VacuBot X3 vs the average robot vacuum

Why is AECO VacuBot X3 better than the average robot vacuum?

Why is AECO VacuBot X3 worse than the average robot vacuum?

Graphic comparison of AECO VacuBot X3 and other robot vacuums

Third-party reviews

What customers like about AECO VacuBot X3?

What customers dislike about AECO VacuBot X3?

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