Top Models for Perfect Lawns

The dream of having your own garden with a frog-green English lawn is omnipresent for many people. But a beautiful lawn also involves a lot of work. And we’re not just talking about sowing and watering. Regular mowing is also a basic requirement for comprehensive lawn care. While some people find swinging the lawnmower downright relaxing, most people can hardly imagine anything worse. The solution is a robotic mower. But which is the best robot mower on the market? We have picked out a few purchase recommendations for you.

The Best Robot Mower 2025: Without perimeter wire

Segway Navimow i105E (Review)

The Navimow i105E proved to be a really good robot mower in the test. It not only scores points for its high build quality, low weight and stylish design. It also makes full use of the advantages of GPS-supported orientation.

This starts with the set-up, which is much quicker than with models with annoying boundary cables. Furthermore, the Navimow finishes mowing the garden much quicker thanks to the scheduled driving over the garden. I was also impressed by the app.

It is pleasantly clear and scores points with lots of explanations. I only really noticed any weaknesses when mowing the edges of the lawn. But this is a typical problem with robotic lawn mowers. If you are looking for a robot mower, the Navimow i105E is definitely worth considering at an RRP of 999 euros.

Ecovacs Goat G1 (Review)

With the Goat G1, Ecovacs celebrates its premiere in the field of robotic lawn mowers. And its entry into this segment is successful in many respects. The best thing is of course the wireless system. This not only ensures that you can use a robotic mower without the annoying distribution of boundary wires. On top of that, it also scores points for being very easy to set up, which significantly lowers the inhibition threshold for buying a robotic lawnmower.

Thanks to the self-explanatory Ecovacs app, operation is no problem even for non-experts. Furthermore, you get a high-quality product that scores with a stylish look. There are only small things to complain about. For example, the quality of the blades. This means that you often have to worry about replacement blades.

Otherwise, the accuracy of the mowing result can be a problem here and there. However, if you help out in the app, the Goat G1 also mows reliably close to lawn edges. All in all, the Goat G1 offers similarly good results to the models with boundary wires. If you want to do without the annoying cables, want a high level of operating convenience in the software and have the money to spend, this is the perfect cordless alternative.

RoboUP T1200 Pro (Review)

The Roboup T1000 already made a good impression in the test. But in my opinion, the RoboUp T1200 Pro represents another significant improvement. And in several respects. Not only can you mow larger lawns with the new robotic lawnmower. The manufacturer has also noticeably improved navigation and object recognition.

Apart from this, the smart garden helper delivers a great cutting pattern and uncomplicated operation thanks to a clear app and no boundary wire. But there is one fly in the ointment. And that is unfortunately the price. The Roboup T1200 Pro is anything but inexpensive.

Given the high price, I would have preferred a slightly higher quality of workmanship. However, the plastic housing of the robot is somewhat susceptible to scratches, which I noticed after just two days of trying it out. However, if you are convinced by the great technology, this certainly won’t bother you.

Dreame A1

The Dreame Mower A1 is an advanced robotic mower that impresses with its innovative technologies and user-friendly functions. It enables precise and efficient lawn care without the need for boundary wires. Thanks to the OmniSense 3D Ultra sensor technology, the Dreame Mower A1 creates a detailed map of your garden and navigates precisely across the lawn using LiDAR technology. This enables an efficient U-shaped mowing strategy that saves time and leaves an even cut.

The omnidirectional 3D obstacle avoidance detects obstacles in real time and safely avoids them, ensuring smooth operation of the robotic lawnmower. The cutting height can be flexibly adjusted between 3 and 7 cm to meet the individual needs of your lawn. With a cutting width of 22 cm and a recommended working area of up to 2,000 m², the Dreame Mower A1 is suitable for both smaller and larger gardens.

You can use the Dreamehome app to conveniently control the robot mower, set mowing zones and adjust the cutting height. The app also offers advanced functions such as creating a 3D model of your garden and scheduling mowing times. The Dreame Mower A1 is protected against strong water jets in accordance with the IPX6 standard and can be easily cleaned with a garden hose. The tool-free blade change makes maintenance even easier.

EcoFlow Blade

The EcoFlow BLADE is an advanced robotic mower that impresses with its innovative technology. As the world’s first robotic mower with an integrated sweeping function, it not only removes unwanted debris such as leaves and twigs from your lawn, but also ensures a precise cut. Thanks to the wireless boundary technology, you can conveniently set the mowing boundaries via the EcoFlow app without having to lay annoying cables.

The X-Vision obstacle avoidance system combines visual sensors and LiDAR so that the BLADE intelligently detects and avoids obstacles. With a cutting width of over 25 cm and an adjustable cutting height of between 2 and 7.5 cm, it works efficiently and adapts to your individual needs. The robust 20 cm omnidirectional front wheels enable the BLADE to traverse rough terrain, overcome stones up to 4 cm high and tackle slopes of up to 50%.

Equipped with 4G, GPS and an integrated eSIM, the robotic lawnmower offers theft protection. The built-in rain sensor in turn ensures that the Robo automatically returns to the charging station in bad weather. With an IPX5 water resistance rating, cleaning the BLADE is straightforward as it can simply be hosed down with a low-pressure water jet.

Husqvarna Automower 320 NERA

The Husqvarna Automower 320 N ERA is a powerful robotic lawnmower designed for lawns up to 2,200 m². Its robust design and reliable operation enable precise lawn care, even in challenging terrain. Thanks to the optional Husqvarna EPOS technology, the robotic lawnmower can use virtual boundaries, eliminating the need for physical boundary wires.

This enables flexible and adaptable lawn care. Mowing times can be conveniently controlled and adjusted via the Automower Connect app, which makes it easy to operate and monitor the robotic lawnmower. With GPS-assisted navigation, the Automower 320 NERA adjusts its mowing pattern to ensure an even cut across the entire lawn.

Its patented, non-fixed front axle increases maneuverability and improves performance on uneven terrain and slopes of up to 50%. Automatic software updates via FOTA (Firmware Over The Air) ensure that the robotic lawnmower is always up to date and offers optimum performance.

STIGA A 300

The STIGA A 300 is an advanced robotic mower designed for gardens of up to 450 m² and can manage two mowing zones. Thanks to the innovative RTK AGS technology, it navigates extremely precisely and systematically, ensuring even lawn maintenance. Unlike conventional robotic lawnmowers, the A 300 does not require a boundary wire – instead, it uses satellite-based positioning to find its way around the garden. This makes installation much easier and ensures flexible adaptation to different garden layouts.

The robotic lawnmower is controlled via the user-friendly STIGA.GO app, which can be used to plan and adjust mowing times individually. Thanks to its intelligent driving mode, the A 300 avoids unnecessary passes and works particularly efficiently. With its powerful battery technology, it mows reliably and automatically returns to the charging station when the battery is low.

The mowing system ensures a precise cut with sharp blades, while the mulching principle ensures that the clippings are finely shredded and distributed on the lawn as a natural fertilizer. This contributes to a healthy and dense lawn. Thanks to the integrated rain and obstacle detection, the STIGA A 300 adapts its behavior to the weather conditions and the surroundings to always achieve optimum results. With its quiet operation, efficient navigation and wireless installation, the STIGA A 300 offers a convenient solution for modern, automated lawn care.

Einhell Freelexo Cam 500

The Einhell FREELEXO CAM 500 is an innovative robotic lawnmower designed for lawns of up to 500 m². Thanks to advanced camera technology and integrated ultrasonic sensors, it automatically recognizes the lawn areas to be mowed, making the laying of a boundary wire superfluous.

The cutting height can be set between 20 mm and 60 mm, and the robot masters slopes of up to 25% without any problems. An intuitive keypad with LED display makes it easy to program the mowing times. Security is provided by a PIN code and an anti-theft warning signal.

If necessary, the FREELEXO CAM 500 automatically returns to the charging station, and an integrated rain sensor ensures that the mowing process is interrupted when it rains to protect the lawn. In addition to the charging station and a set of three replacement blades, the scope of delivery also includes a complete installation kit, which is recommended for areas up to 500 m².

The Best Robot Mower 2025: With perimeter wire

Worx Landroid M700 WR142E

The WORX Landroid M700 WR142E is a robotic mower designed for lawns up to 700 m². Equipped with a 4.0 Ah lithium-ion battery from the PowerShare series, it offers a longer runtime and is compatible with other WORX battery-powered tools. The patented AIA technology enables efficient and maneuverable navigation, allowing the mower to negotiate narrow passages without the need for a guide wire.

The Noesis function provides cognitive automatic planning that adjusts mowing times to factors such as weather, season and grass type. With the Cut-to-Edge function, the Landroid M700 mows right to the edge, minimizing manual rework. The robotic mower is fully customizable and offers five unique options, including intelligent obstacle avoidance and anti-theft protection.

Automatic over-the-air software updates keep the device up to date at all times. The noise level is 67 dB and the cutting height can be adjusted between 30 mm and 60 mm. The scope of delivery includes the charging station, 150 m of boundary wire and 210 pegs for fastening.

STIHL iMow RMI 422

The STIHL iMow RMI 422 is a fully automatic robotic mower designed for lawns of up to 800 m² and slopes of up to 35%. With its mulching mower, it cuts, shreds and fertilizes the lawn in a single pass, returning valuable nutrients to the soil.

Integrated sensors enable the RMI 422 to detect obstacles and adjust the direction of travel accordingly. The Adaptive Slope Speed function automatically adjusts the speed on uneven terrain to ensure a consistent mowing result. The large-format LCD display makes it easy to set up and program the robotic lawnmower.

Daily activity times can be set in the dynamic mowing schedule, within which the RMI 422 automatically determines the optimum mowing time. After the work is done or when the battery is low, it automatically returns to the docking station to recharge the battery.

Gardena Smart Sileno Life 1000

The GARDENA smart SILENO life 1000 m² robotic lawnmower is designed for fully automatic maintenance of lawns up to 1,000 m². Thanks to LONA Intelligence, a technology based on artificial intelligence, the robotic lawnmower creates a detailed map of your garden and automatically adapts its mowing strategy to the conditions.

With the Zone Management function, you can define specific mowing areas and determine individual mowing times and intensities. Area Protection allows you to define certain zones as restricted areas to protect sensitive garden areas. The GARDENA smart app allows you to control the robotic lawnmower and network it with other smart GARDENA devices.

The SILENO life mows slopes of up to 35% and navigates effortlessly through narrow passages from 60 cm wide. With a noise level of just 57 dB(A), it works particularly quietly and is therefore barely perceptible. The robotic lawnmower is also weatherproof and delivers reliable mowing results even in difficult weather conditions.

Parkside PMRA 20-Li B2

The PARKSIDE 20 V robotic lawnmower PMRA 20-Li B2 has been specially developed for medium-sized lawns up to 500 m². Equipped with a powerful lithium-ion battery and a brushless motor, it delivers a long operating time and excellent mowing results.

The device can be flexibly programmed to mow at exactly the desired times. An integrated rain sensor ensures that the robot automatically stops working in bad weather. With its powerful rear-wheel drive, the robot also masters uneven terrain with ease.

The adjustable cutting height and the 3-blade system guarantee clean and precise cuts every time. The user-friendly control panel and easy handling make it a practical helper in the garden.

Bosch Indego M+ 700

The Bosch Indego M+ 700 is an intelligent robot mower designed for lawns up to 700 m². Equipped with LogiCut technology, it calculates the most efficient mowing route, saving time and energy.

With the Connect function, the Indego can be conveniently controlled remotely via the Smart Gardening app, allowing flexible planning and adjustment of the mowing process. At the start of each complete mowing pass, the Indego M+ 700 performs a BorderCut to ensure a clean finish right up to the edge of the defined lawn area.

Thanks to the MultiArea function, it can work on several lawns with a total size of up to 700 m², navigating through narrow passages with a minimum distance of 75 cm between the boundary wires. The 18-volt battery enables a running time of up to 75 minutes, with a charging time of around one hour. With these functions, the Indego M+ 700 offers an efficient and user-friendly solution for automatic lawn care.

Yard Force Compact 400 Ri

The Yard Force COMPACT 400 Ri is a robotic mower designed for lawns up to 400 m². Equipped with a 20-volt lithium-ion battery and a cutting width of 160 mm, it ensures a precise cut, with the cutting height adjustable between 20 and 55 mm.

The iRadar ultrasonic sensors detect obstacles at a distance of 20 to 60 cm and thus prevent collisions. When it rains, the integrated rain sensor automatically returns the robotic lawnmower to the charging station to protect the lawn. It is conveniently controlled via a Wi-Fi connection using a smartphone app, which makes it easy to operate and program.

The brushless motor ensures a quiet and powerful cutting performance, while the edge cutting function ensures neat lawn edges. With a maximum gradient capability of 30%, the COMPACT 400Ri masters even slightly hilly terrain with ease.

Landxcape LX799

The Landxcape LX799 is a compact robotic mower designed for lawns up to 300 m². With a cutting width of 16 cm and an adjustable cutting height between 20 and 50 mm, it ensures a well-tended lawn.

The robot can handle slopes of up to 25% (15°) and is equipped with a 20V Max / 2.0 Ah Li-Ion battery. Operation is simple: after installation, the robot mower starts at the touch of a button and automatically returns to the charging station when the battery is low.

Safety functions such as sensors for stopping when lifting or tilting as well as impact sensors ensure safe operation. The digital display allows a PIN code to be set to protect against unauthorized use. The scope of delivery includes the charging station, 130 m of perimeter wire and 180 pegs.

The Best Robot Mower 2025: What is a robotic lawnmower?

A robotic lawnmower is an automated lawnmower that independently mows a lawn without the need for manual operation. With the help of sensors and boundary wires, it navigates through the garden, detects obstacles and ensures an even cut. Many models have an app control so that the user can program the robotic lawnmower conveniently via smartphone.

The Best Robot Mower 2025: important functions

A good robotic lawnmower should have the following functions:

• Mulching function: the cut grass is finely shredded and serves as a natural fertilizer.
• Rain sensor: Detects rain and pauses the mowing process to prevent damage to the lawn.
• Control via app: Many modern devices can be configured via smartphone or tablet.
• Safety functions: Lift sensors, impact sensors and PIN codes ensure protection against accidents and theft.
• Noise level: Quiet operation is advantageous to avoid noise pollution.

The Best Robot Mower 2025: The price question

Prices for robotic lawn mowers vary depending on the model, features and area capacity. Inexpensive entry-level models are available from around 500 euros. Mid-range devices with advanced functions are between 800 and 1,500 euros. High-quality models for large lawns or with innovative navigation technology cost over 2,000 euros.

The Best Robot Mower 2025: differences between the models

Robotic mowers differ in several aspects:

• Navigation: while simple models work with boundary wires, high-end devices use GPS-based navigation.
• Area coverage: Some robots are designed for small gardens (
• Slope: Some models can handle slopes of up to 45%, while others are only suitable for flat areas.
• Running time and battery performance: High-quality batteries enable longer mowing times and shorter charging cycles.
• Connectivity: Smart functions such as Wi-Fi control or voice control via Alexa are not available on all models.

The best robotic lawnmower 2025: differences in navigation

Robotic lawn mowers use different methods for navigation. The two most common are navigation with boundary wires and GPS-based navigation:

Perimeter wire navigation

In this case, a wire is laid along the lawn to define the mowing area. The robotic lawnmower recognizes the signal from the wire and stays within the defined area.

Advantages of perimeter wire	Disadvantages of perimeter wire
Very reliable, as the robot always stays within the defined area.	Installation of the boundary wire requires time and effort.
Once installed, the robot can work without GPS dependency.	Changes to the mowing area require the wire to be adjusted.
Cheaper to purchase than GPS-based models.

GPS-based navigation

Modern robotic lawnmowers use GPS signals to find their way around the garden and mow specific areas of the lawn. Some models combine GPS with other sensors to enable more precise navigation.

Advantages of GPS navigation	Disadvantages of GPS navigation
Flexibility, as no boundary wire is required.	More expensive than models with boundary wires.
More efficient mowing strategy thanks to targeted route planning.	Dependent on a stable GPS connection, which can be problematic in gardens with many trees or obstacles.
Can adapt to changes in the garden without having to re-route physical boundaries.

The Best Robot Mower 2025: Obstacle detection

Modern robotic lawnmowers are equipped with various obstacle detection technologies to work safely and efficiently. The most important methods are:

• Bump sensors: When the robotic lawnmower encounters an obstacle, it automatically changes direction. This simple technology is available on most models.
• Ultrasonic sensors: High-quality robotic lawnmowers use ultrasonic technology to detect obstacles in advance and specifically avoid them.
• Camera systems: Some premium models are equipped with cameras to identify obstacles and enable optimized navigation.
• Infrared sensors: Some devices use infrared sensors to detect small or moving objects such as pets or toys in good time.

The choice of the right system depends on the individual needs of the garden. If you have a lot of obstacles such as trees, flower beds or furniture in the garden, you should opt for a model with advanced obstacle detection.

The Best Robot Mower 2025: value for money

The cost of robotic lawn mowers varies greatly depending on the functions, quality and area capacity. Inexpensive models start at around 500 euros, while mid-priced devices with advanced functions and better performance range between 800 and 1,500 euros. High-quality devices that can handle large areas or challenging terrain often cost more than 2,000 euros. When buying a robotic lawnmower, it is important to consider the price-performance ratio.

Cheaper models often offer basic functions and are suitable for smaller lawns. For larger gardens or more demanding requirements, such as steep slopes or complex terrain, it is worth considering higher-priced models that offer better performance, additional safety functions and a longer service life. The long-term benefits, such as reduced maintenance or an optimal lawn, can justify the higher costs.

The Best Robot Mower 2025: safety and risks

Robotic mowers are considered relatively safe if they are used in accordance with the manufacturer’s instructions. Many devices are equipped with various safety features to prevent accidents. These include:

• Lifting sensors: As soon as the robotic lawnmower is lifted, the blades stop immediately.
• Impact sensors: The robot detects obstacles and changes direction to avoid collisions.
• PIN code: To prevent theft, the robotic lawnmower often has to be activated with a PIN code.
• Alarm siren: If a theft attempt is nevertheless made, a loud siren will sound to deter thieves.
• Stop button: An emergency stop button, usually red in color, can stop the robotic lawnmower immediately in an emergency.

Despite these safety functions, there are some risks. There is always a certain risk of accidents, especially for children and pets that move around the garden unpredictably. It is therefore advisable to only use the robotic lawnmower at times when there are no people or animals in the garden or to allow the robot to work in areas with restricted access (e.g. fenced gardens).

The Best Robot Mower 2025: installation and use

The installation of a robotic lawnmower varies depending on the model, but is generally simple. For models with boundary wires, the wire must be laid along the lawn to define the mowing area. Depending on the layout of the garden, this may take some time and patience. GPS or camera-based models do not require the wire, but these robots often need to be calibrated to correctly scan the terrain and determine the optimal mowing area.

Using a robotic lawnmower is usually straightforward: After the initial setup, the robot mower is simply programmed via an app or display. The robot then moves autonomously across the lawn, works independently and automatically returns to the charging station after mowing. The user only has to make sure that the mowing times and intervals are correct and, if necessary, recharge the battery or replace the blades.

The Best Robot Mower 2025: maintenance and care

Regular maintenance is necessary to ensure a long service life and optimum performance of a robotic lawnmower. The most important maintenance tasks include:

• Cleaning the mower deck: grass debris can build up under the mower deck, which can affect its performance. It should be cleaned regularly to ensure its functionality.
• Blade maintenance: The blades of the robotic lawnmower wear out over time and need to be sharpened regularly or replaced if necessary. Sharp blades guarantee a clean cut and efficient performance.
• Checking the wheels and sensors: Wheels and sensors should be checked regularly for wear or dirt to optimize the mobility and navigation of the robotic lawnmower.
• Battery care: The battery of the robotic lawnmower should be checked regularly and replaced if necessary to ensure consistently high performance.

Many manufacturers also offer a maintenance service that helps the user to keep the robot in good condition. A well-maintained robotic lawnmower not only ensures a well-tended lawn, but also extends its service life and reduces the need for repairs.

The Best Robot Mower 2025: FAQ

1. does every robotic lawnmower need a boundary wire?

Not all models. There are GPS or camera-supported robots that do not need a wire. However, these are often more expensive.

2 Can a robotic lawnmower mow in the rain?

Many models are weatherproof, but mowing in wet conditions can damage the turf. A rain sensor prevents mowing in bad weather.

3. is a robotic lawnmower safe for children and pets?

Yes, modern devices have lifting and impact sensors that stop immediately if the robot is lifted or an obstacle is detected. Nevertheless, you should always keep an eye on the device if children or pets are nearby.

4 How often does a robotic lawnmower need to be serviced?

Regular maintenance is important. This includes cleaning the mower, sharpening or replacing the blades and checking the wheels.

5 How is a robotic lawnmower programmed?

Many models can be customized via display, app or even voice control. Here you can set mowing times, rest days and area limits.