How to choose a robot vacuum cleaner?

March 22, 2025

The question of how to choose a robot vacuum cleaner has been relevant since the appearance of these smart devices on the market, and over time, as technology improves and new features are added, it has become even more important.

That's why we decided to offer a single, comprehensive overview where you'll get the most comprehensive answers.

Before we move on to the review, we present you with the Isuruve robot vacuum cleaner category, where you can select and buy smart vacuum cleaners at the best price .

We'll cover the main points at the beginning of the post, and you can read more about everything below.

Simply put, choosing a robot vacuum cleaner revolves around 6 main parameters, which are:

Suction power - determines the ability of a vacuum cleaner to suck up different types of debris from different floor surfaces.
Cleaning capabilities - affects the ability to remove stains from the floor.
Obstacle avoidance - The system determines how efficiently the vacuum cleaner can move around the house without hitting objects.
Movement and Navigation - Navigation and map-following technology determines a robot's ability to effectively clean a home.
Station type
Brush type - determines the vacuum cleaner's adaptability to different surfaces and the quality of cleaning.

1. Suction power

We can divide the suction power into 3 parts:

Simple - 2,000 Pa - 3,000 Pa

Ideal for homes with mostly hard floors. Effectively cleans medium-sized particles, hair, and short pet fur.

Standard - 4,000 Pa - 6,000 Pa

Suitable for homes with mixed floors or areas with short-pile carpets. Effectively removes dust, food debris, hair and pet fur.

Best - 7,000 Pa +

Works best in homes with predominantly carpeted floors, especially short and medium pile carpets. Excellent at picking up fine particles, food debris, hair, pet fur and dander.

2. Cleaning capabilities

Like suction power, there are 3 types of cleaning:

Flat floor cleaner
Used for relatively clean floors, ideal for removing surface dust.

Double rotating cleaning head
These cleaning heads use downward pressure and high-speed rotation to easily remove tough stains like coffee or pet stains.

Rotary wet cleaning system
This innovative system uses a dual water tank and a self-cleaning rotating cleaning head that uses high pressure and rotation speed to remove tough stains and eliminate the risk of cross-contamination.

3. Avoiding obstacles

Infrared + collision protection
Requires manual removal of obstacles as it does not have object recognition functionality.

AI See technology (I see)
Uses visual sensors, such as RGB cameras, to recognize the 100 most common obstacles. Avoids collisions without the need to remove objects beforehand.

3D MatrixEye (most sophisticated)
Active binocular infrared cameras capture 300,000 voxels and determine the dimensions of obstacles with millimeter accuracy. This allows for intelligent obstacle avoidance without compromising cleaning quality.

4. Movement and navigation

Standard laser
Creates 2D maps, allowing the robot to update the location and map in real time.

Mapping system
Creates 3D maps, providing fast and accurate navigation. Ideal for multi-story spaces, ensuring thorough and efficient cleaning.

5. Station type

Charging base
Only for charging the vacuum cleaner.

Automatic unloading station
In addition to charging the vacuum cleaner, it automatically collects dust, requiring only periodic replacement of the dust bag.

All-in-one station
This station has charging, automatic dust emptying, automatic washing and drying, and automatic water filling functions, making your work as easy as possible.

6. Brush type

Fixed brush roller
Ideal for homes with one type of flooring, such as only wood flooring or only carpet.

Floating brush roller
It works best in homes with mixed floors and carpets, adapting to the surface and effectively collecting debris.

Detailed instructions for selecting a robot vacuum cleaner

Still not sure which robot vacuum cleaner is right for you? You're not alone! Today's robot vacuum cleaners are no longer just automated dust collectors; they are modern, feature-packed partners in the fight against dirt, which is why 70% of consumers in the US own them, for example.

From wet cleaning to artificial intelligence, voice assistants, and self-cleaning features – the choice is very diverse.

However, the variety often leads to confusion. How to choose the right robot vacuum cleaner? Don't worry – we'll help you.

This guide will tell you more about what to consider when choosing a robot vacuum cleaner and what key features to consider.

As for prices, they are already quite affordable. Here you can see all the robot vacuum cleaners by price , from the cheapest to the premium models.

Why should you choose a robot vacuum cleaner?

Why have robot vacuum cleaners become so popular? The answer is their advantages over traditional vacuum cleaners.

First of all, it's convenience: imagine a device that cleans your home while you're out or sleeping, no more dragging a heavy car or bending into hard-to-reach corners. They also save time, allowing you to spend more time on important tasks.

Key issues before purchasing a robot vacuum cleaner:

Navigation technology and obstacle detection

The first important feature to consider when buying a robot vacuum cleaner is its navigation technology. It determines how the device navigates through your home, how it adapts to its surroundings, and how it navigates around obstacles. The more sophisticated the navigation system, the more accurate and cleaner the results will be.

Navigation technologies are generally divided into three types, each with specific advantages and disadvantages:

LiDAR technology: This technology is based on laser beams that scan and visually perceive a room in detail. As a result, the device creates a detailed and accurate map, which allows it to optimally plan the cleaning path and predict the areas of obstacles. LiDAR-based robots are especially effective in large rooms and interiors with complex designs.
Camera-based navigation: Using cameras, the robot creates a visual map that helps it recognize its environment and accurately determine its position. This technology is quite effective in well-lit spaces, although its effectiveness can be reduced in low-light conditions.
Sensory (touch and go): This is the simplest technology. Such robots do not have detailed maps and move through space by colliding with obstacles and changing direction. This may cause them to miss certain areas, but such models are the most economical.

Additionally, it is important that the device is equipped with rock sensors, which prevent it from falling off stairs or high points. These sensors make the robot more reliable and safe, especially for multi-story buildings.

Particularly advanced brands, such as ECOVACS, have created additional smart features (such as AIVI 3D and TrueMapping) that provide high-level obstacle detection, efficient navigation even in dark spaces, and automatically learn the layout of the house, further improving work results.

Cleaning modes

The second important thing to consider is the robot's cleaning modes. There are many modes in different models, but the most common are the following:

"Automatic" mode: For daily general cleaning, perfect for regular use. It easily cleans both dust and light debris throughout the room.
"Local" mode: Targets areas with the most dirt, such as the kitchen, living room, or entryway. It cleans the selected area with special intensity.
"Corner" mode: Using this mode, the device specifically goes around the edges of the room, corners and hard-to-reach places where a regular robot might not be able to reach. This ensures a thorough cleaning of the space.

Depending on the model, the robot may offer additional customization options, such as pre-planning work, dividing the room into designated zones, and many other features.

Smart features

Today, almost all models have smart features that facilitate user comfort:

App control: Through the app, you can adjust, monitor, mark cleaning areas, start or stop the device remotely.
Voice commands: Voice control makes it possible to control the robot, even when you are busy. Modern models have integrated voice assistants (for example, ECOVACS' YIKO) that understand simple human language.
Scheduling feature: You can specify in advance when the device will work. This feature is especially useful for users with busy schedules.

The robot's smart features will significantly increase the comfort of its use, especially for users who do not have the opportunity or time to constantly monitor the device.

Additional detailed information on other settings

In addition to the functions listed above, other factors are also of great importance:

Suction power: The higher the suction power of a robot, the more effectively it will clean carpets and difficult surfaces.
Wet cleaning: Provides a chance to effectively remove dust and allergens.
Noise level: Quiet models are more comfortable for the family.
Self-emptying: Automatic emptying function for greater convenience.
Battery life: A must for large homes.
Filtration system: With HEPA filters to prevent allergies.
Size and height: The small size and height allow the robot to easily move under furniture.
Shape: Round moves better, while square cleans corners better.
Artificial Intelligence (AI): Provides efficient navigation, safety, and efficiency.

Comparative table for robot vacuum cleaners available on the Georgian market for the 2025-26 season.

Brand	Model	Main features
Midea	M7 PRO	BLDC motor 55W, 5200mAh battery, 110-130 min operating time, mobile app control
Midea	M7 Plus	2-in-1 vacuum cleaner and wet mopping, LDS laser navigation, 4000Pa suction power
Xiaomi	Robot Vacuum E10	4000Pa suction power, 2600mAh battery, 110 min runtime, mobile app control
Dream	F9 Pro	2500Pa suction power, 5200mAh battery, 150 min runtime, mobile app control
Dream	L10 Pro	4000Pa suction power, 5200mAh battery, 150 min runtime, LiDAR navigation
Samsung	Jet Bot AI+	LiDAR and 3D sensors, 30W suction power, 90 min run time, automatic emptying station
Beko	RoboSmart VRR6031	2000Pa suction power, 2600mAh battery, 120 min working time, mobile app control
Sencor	SRV 9250BK	2500Pa suction power, 5200mAh battery, 240 min operating time, mobile app control
Arnica	Vira	2200Pa suction power, 2600mAh battery, 120 min run time, HEPA filter