Robot vacuum cleaner: Gyroscopic navigation explained, advantages and disadvantages

Updated 27. February 2024 by
A robot vacuum cleaner with gyroscopic navigation (Roborock E4)
A robot vacuum cleaner with gyroscopic navigation (Roborock E4)

Robot vacuum cleaners with gyroscopic navigation use a sensor to help the robot determine its orientation and move in a specific direction. This can help the robot avoid obstacles and navigate a room more efficiently.

Advantages of robot vacuum cleaners with gyroscopic navigation

  • Improved navigation: A gyroscope allows the robot to determine its orientation and move in a specific direction, which can help it avoid obstacles for efficient navigation.
  • Complex households: Gyroscopic navigation is sophisticated enough to be able to handle households with complex layouts, such as multiple rooms or lots of furniture.
  • Low cost: Robot vacuum cleaners equipped with gyroscopic navigation typically cost less than models using camera- or laser navigation systems.

Disadvantages of robot vacuum cleaners with gyroscopic navigation

  • Increased cost: The addition of a gyroscope can add to the cost of the robot vacuum cleaner compared to models without this sophisticated navigation technology.
  • Poorer mapping skills: The mapping skills of gyroscopic navigation are not as good as laser- and camera navigation. You typically can’t interact with the map, so you can’t create no-go zones, select room cleaning, etc.
My personal experience: I have had robot vacuum cleaners with gyroscopic navigation and more advanced navigation methods (camera and laser). I have been most satisfied with the models with more advanced types of navigation. These give more possibilities for cleaning customization (e.g., room cleaning, zoned cleaning).

Who is gyroscopic navigation suited for?

Robot vacuum cleaners with gyroscopic navigation are suited for people with larger homes or open floor plans who still want a cheap robot vacuum cleaner. The improved navigation and mapping capabilities of a robot with a gyroscope can make it more efficient at cleaning large spaces than models with simpler navigation technologies. However, gyroscopic technology does not provide the same mapping customization options, such as camera- and laser navigation.

What is the cost of a robot vacuum cleaner with gyroscopic navigation?

The average cost of a robot vacuum cleaner with gyroscopic navigation is £177, whereas the average cost across all robot vacuum cleaners is £520.

This chart shows how the price is distributed for robot vacuum cleaners with gyroscopic navigation in comparison with all models:

Updated July 14, 2024

Which robot vacuum cleaner with gyroscopic navigation is the cheapest?

The cheapest robot vacuum cleaner with gyroscopic navigation is the Xiaomi E10, which costs £138.87.

These are the five cheapest robot vacuum cleaners with gyroscopic navigation.

Robot vacuum cleaner Prijs
£139
Honiture G20 £149
£189
£230
Updated July 14, 2024

See all cheap robot vacuum cleaners here.

How many robot vacuum cleaners have gyroscopic navigation?

The following diagram shows the distribution in the type of gyroscope across robot vacuum cleaners:

Navigation technology for robot vacuum cleaners

LiDAR (38%)
Camera (20%)
None (18%)
LDS (8%)
Gyroscope (7%)
LiDAR+Camera (7%)
LDS+Camera (3%)
Updated July 14, 2024
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