10 Best Robot Vacuum Cleaners with Laser Navigation

products 12 compared
reviews by users 68,411 reviews by users
reviews by experts 74 reviews by experts

Laser navigation is one of the most accurate navigation methods for robot vacuum cleaners. It is also the most popular. We have compared 12 robot vacuum cleaners with laser navigation and found the best ones. Our comparison of robot vacuum cleaners with laser navigation is based on reviews by 68,411 users.

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Brand caret
filterFilter
( - of ) | Updated November 2, 2024
  1. The Best
    Robot vacuum cleaner
    With mop
    Strong suction power (4000 Pa)
    Self-emptying
    ★★★★★
    ★★★★★
    (4.4) 4490 reviews
  2. Robot vacuum cleaner
    With mop
    Strong suction power (5300 Pa)
    Object recognition
    ★★★★★
    ★★★★★
    (4.4) 4126 reviews
  3. 3

    Roborock Q8 Max+
    2 variants
    Score
    89/100
    Good
    Robot vacuum cleaner
    With mop
    Strong suction power (5500 Pa)
    Object recognition
    ★★★★★
    ★★★★★
    (4.4) 644 reviews
  4. 4

    Dreame L20 Ultra
    Score
    88/100
    Good
    Robot vacuum cleaner
    All-in-one base station
    With mop
    Strong suction power (7000 Pa)
    ★★★★★
    ★★★★★
    (4.3) 1987 reviews
  5. Roborock Q7 Max+
    2 variants
    Score
    88/100
    Good
    Robot vacuum cleaner
    With mop
    Strong suction power (4200 Pa)
    Self-emptying
    ★★★★★
    ★★★★★
    (4.4) 1727 reviews
  6. The Best Without Auto-Emptying Station
    6

    Roborock S8
    2 variants
    Score
    88/100
    Good
    Great price
    Amazon.com $460
    Robot vacuum cleaner
    With mop
    Strong suction power (6000 Pa)
    Object recognition
    ★★★★★
    ★★★★★
    (4.4) 1675 reviews
  7. The Best Without Mop
    Robot vacuum cleaner
    Self-emptying
    App control
    Scheduling function
    ★★★★★
    ★★★★★
    (4.4) 157 reviews
  8. Ecovacs Deebot X1 Turbo
    Score
    80/100
    Satisfactory
    Robot vacuum cleaner
    With mop
    Strong suction power (5000 Pa)
    Object recognition
    ★★★★★
    ★★★★★
    (4.0) 828 reviews
  9. The Cheapest
    Dreametech D9 Max
    Score
    80/100
    Satisfactory
    Robot vacuum cleaner
    With mop
    Strong suction power (4000 Pa)
    App control
    ★★★★★
    ★★★★★
    (4.0) 102 reviews
  10. Ecovacs Deebot N8 PRO+
    Score
    78/100
    Satisfactory
    Robot vacuum cleaner
    With mop
    Self-emptying
    App control
    ★★★★★
    ★★★★★
    (3.9) 1963 reviews
Did you find this list helpful?

Comparison

caret-up caret-down Product information
Dreametech D10 Plus Dreametech L10s Ultra
Roborock Q8 Max+
Name Dreametech D10 Plus Dreametech L10s Ultra Roborock Q8 Max+
Score
89
89
89
Reviews
★★★★★
★★★★★
(4.4)
4490 reviews
★★★★★
★★★★★
(4.4)
4126 reviews
★★★★★
★★★★★
(4.4)
644 reviews
Price $400 $800 $660
caret-up caret-down Battery
Max runtime 170 min 210 min 240 min
Charge time 360 min 260 min
Type of battery Li-ion Li-ion Li-ion
Battery capacity 5200 mAh 5200 mAh 5200 mAh
Recharge and resume function
Automatically docks and recharges
caret-up caret-down Cleaning
Cleaning area 2906.01 ft2 2152.6 ft2 3228.9 ft2
Sound level 65 dB 59 dB 67 dB
Suction power 4000 Pa 5300 Pa 5500 Pa
Maximum climbing height 0.79 in 0.79 in 0.79 in
Dustbin capacity 0.4 L 0.35 L 0.47 L
Type of filter HEPA HEPA EPA 11
Carpet Boost
Scheduling function
Shape Round Round Round
Number of side brushes 1 1 1
Washable filter
caret-up caret-down Mopping
Mopping function
Water tank capacity 0.15 L 0.08 L 0.35 L
Vibrating mop
Rotating mopping pad
Automatic mop lift
caret-up caret-down Navigation
Mapping-Sensor LiDAR LiDAR LiDAR
Object recognition
Stair sensor and object sensor
For multiple rooms
caret-up caret-down Control
App control
Remote control
Voice control
Alexa voice control
Google Home voice control
caret-up caret-down Base station
Automatic dirt disposal
Dustbag capacity 2.5 L 3.0 L 2.5 L
Automatic water tank refilling
Automatic mop washing
Automatic mop drying
Type of mop drying
Automatic addition of cleaning solution
caret-up caret-down App-functions
App control
Interactive mapping
Real Time Tracking
Digital Blocked Area
Zoned Cleaning
No mop zones
Multi Floor Maps
Selected Room Cleaning
caret-up caret-down Dimensions and weight
Height 3.78 in 3.82 in 3.8 in
Width 13.74 in 13.78 in 13.9 in
Depth 13.78 in 13.78 in 13.78 in
Weight 8.16 lbs
Updated:
29. November 2023

About robot vacuum cleaners with laser navigation

A robot vacuum cleaner with laser navigation (Roborock S6 MaxV)
A robot vacuum cleaner with laser navigation (Roborock S6 MaxV)

Laser navigation helps robot vacuum cleaners map out and efficiently navigate their surroundings. It works by emitting a laser beam and using sensors to detect the reflections on the surfaces in the environment.

Who is laser navigation suited for?

Robot vacuum cleaners with laser navigation are well-suited for large homes and spaces with complex layouts with multiple rooms or lots of furniture.

Advantages of robot vacuum cleaners with laser navigation

Example of a map created by laser navigation
Example of a map created by laser navigation
  • High accuracy: A laser navigation system allows the robot vacuum to create an accurate map of the room, navigate more efficiently and clean more effectively. Laser navigation is one of the best and fastest ways to map a room.
  • Improved navigation: With laser navigation, the robot vacuum can detect obstacles and avoid collisions, making it less likely to get stuck or damage furniture.
  • Smart mapping: Most robot vacuums with laser navigation allow users to customize the map of the room in the app by defining no-go zones and selecting specific rooms to clean.
  • Better efficiency: With an.accurate map of the room, the robot vacuum can clean more effectively, optimizing the time and effort it takes to clean.
  • Can clean in dark: Robot vacuum cleaners with laser navigation can operate in dark environments, which is more difficult for camera-based navigation systems.

Disadvantages of robot vacuum cleaners with laser navigation

  • Cost: Robot vacuums with laser navigation tend to be more expensive than other models.
  • Height: Robot vacuum cleaners with laser navigation are often taller because they have a laser tower on top. As a result, they cannot clean under low-lying furniture.
  • Detection errors: Laser based navigation is bad at detecting transparent objects like glass, so they might bump into them.
My recommendation: I have had a very good experience with the robot vacuum cleaners with laser navigation that I have owned. This is my preferred navigation system for robot vacuum cleaners as it provides quick and precise mapping.

Are robot vacuum cleaners with laser navigation more expensive?

Robot vacuum cleaners with laser navigation tend to be more expensive than other models.

The average price for robot vacuum cleaners with laser navigation is $695, while the average price for all robot vacuum cleaners is $521.

This chart compares the prices of robot vacuum cleaners with laser navigation with all robot vacuum cleaners:

Updated November 13, 2024

What is the cheapest robot vacuum cleaner with laser navigation?

The cheapest robot vacuum cleaner with laser navigation is the Dreametech D9 Max at $259.99. These are the 5 cheapest robot vacuum cleaners with laser navigation:

Robot vacuum cleaner Price
Dreametech D9 Max $259.99
Dreametech D10 Plus $399.99
$460
Roborock Q7 Max+ $550
Ecovacs Deebot N8 PRO+ $565.48
Updated November 13, 2024 | See the full list

How many robot vacuum cleaners have laser navigation?

This diagram shows how the different of navigation systems are distributed across the robot vacuum cleaners:

Type of navigation technology for robot vacuum cleaners

LiDAR (48%)
None (17%)
Gyroscope (17%)
Camera (13%)
LDS (4%)
Updated November 13, 2024

Alternatives to laser navigation

  • Infrared sensors: Some robot vacuums use infrared sensors to detect obstacles and navigate their surroundings. Infrared sensors are simpler and less expensive than laser navigation systems, but they may not be as accurate.
  • Cameras: Some robot vacuums use cameras to map and navigate their surroundings. The cameras can detect obstacles and create a map of the room, but they may not be as accurate as laser navigation systems, especially in low-light conditions.
  • Gyroscope: Some robot vacuum cleaners use gyroscope navigation to map and navigate a room. They are more affordable but also less accurate than laser navigation.
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