A robotic lawnmower is an autonomous device that mows your lawn without you having to do anything. It works in a similar way to a traditional lawnmower, but instead of you pushing or pulling the mower, the robot does everything completely independently. This makes it one of the handiest garden tools available, especially for people with busy schedules or limited mobility.

The operation of a robotic lawnmower is quite simple. Once set up and configured, the mower can start automatically mowing the grass according to the schedule you have set. Most models are equipped with sensors, which ensure that the robot is able to detect obstacles and maneuver safely around them.

Another feature of robotic lawnmowers is that they use a boundary wire. This wire is laid around your lawn and acts as a virtual boundary that the robot will not cross. This ensures that your robotic lawnmower always mows exactly the area you want, without accidentally touching the driveway, flowerbeds, or other unwanted areas.

The technology of robotic lawnmowers has developed rapidly in recent years. They have become smarter, more efficient, quieter, and more user-friendly. Thanks to advanced sensors and GPS systems, most robotic lawnmowers can now find their own way, even in more complex gardens.

How Does a Robotic Lawnmower Work?
Most robotic lawnmowers work using a perimeter wire placed along the edges of your lawn. This wire is essential for the mower's navigation. When the robot detects the wire, it knows it should not go any further. Instead of moving the wire itself, the robot follows the wire and mows the grass within the wire's boundaries.

Robotic lawnmowers usually run on a rechargeable battery. They can autonomously return to their charging station when the battery is low, recharge, and then continue mowing. This means you don't have to worry about battery life, as the mower manages charging itself.

What Are the Main Features of Robotic Lawnmowers?
Robotic lawnmowers have several features that distinguish them from traditional lawnmowers.
Here are some of the most important:

Autonomous operation: The robotic lawnmower does the work completely independently. You don't have to push or pull it.

Boundary wire: This wire ensures that the robot does not go beyond the boundaries of your lawn.

Charging station: When the battery is low, the robot returns to the charging station to recharge.

Automatic navigation: Robotic lawnmowers can detect and navigate around obstacles, making them safe for use in gardens with various objects.

Adjustable mowing schedules: Most models offer the option to set a mowing schedule via a smartphone app or the control panel on the robot itself.

1. Time-saving
One of the biggest advantages of robotic lawnmowers is the enormous time saving. Traditional mowing requires you to set aside time in your busy schedule to mow the lawn. This can be a time-consuming chore, especially if you have a large lawn. With a robotic lawnmower, you no longer have to worry about it. The robot does the work for you while you do other things, whether it's work, household chores, or time for yourself.

2. Consistent and Stylish Result
Robotic lawnmowers are designed to mow the grass regularly. Unlike traditional mowers, which you might only use once a week, robotic lawnmowers mow daily or on a schedule you set. This ensures your lawn always looks well-maintained. In addition, robotic lawnmowers help keep the grass at a consistent length, which benefits the health of your lawn. Regular mowing prevents the grass from getting too long, which can lead to weed growth and uneven lawns.

3. Environmental Friendliness
Robotic lawnmowers run on batteries, making them much more environmentally friendly than traditional gasoline-powered lawnmowers. A robotic lawnmower does not emit harmful gases, such as carbon dioxide (CO₂), and thus contributes to a cleaner environment. This is an important advantage, especially for people who want to reduce their ecological footprint. In addition, robotic lawnmowers are often much quieter than traditional lawnmowers, which means you can use them at any time without disturbing others. This makes them perfect for urban areas or residential neighborhoods where noise pollution can be a problem.

4. Safety
Safety is another reason why robotic lawnmowers are becoming increasingly popular. They are designed with various safety features, such as bump and lift sensors, which ensure the mower stops when it is lifted or comes into contact with an obstacle. This makes them ideal for families with young children or pets. The blades are also often well-shielded, so there is no risk of injury.

5. Ease of Maintenance
Robotic lawnmowers are relatively low-maintenance. Most models have a long lifespan and require little maintenance. All you have to do is occasionally clean or replace the mower's blades, charge the battery, and set up the perimeter wire. This makes them particularly convenient for people who don't want to spend a lot of time maintaining their lawnmower.

Choosing the right robotic lawnmower depends on several factors, such as the size of your garden, the type of grass, and the presence of obstacles. Zoef Robot offers various models suitable for different garden sizes. Let's look at the models we offer:

1. Teun – For Small Gardens (up to 300 m²)
Teun is ideal for smaller gardens. This mower has the most important functions you need for a small lawn: it is compact, efficient, and easy to operate. Teun is perfect for city homes or gardens with few obstacles. The model is affordable, durable, and delivers excellent mowing results.

2. Katrien – For Medium-Sized Gardens (up to 500 m²)
Katrien offers more advanced features than Teun. It has a Wi-Fi connection, allowing you to control the mower via the Robotic mower App. Katrien is ideal for gardens with different zones and some obstacles. It is an excellent choice for families who want a more advanced robotic lawnmower for their garden.

3. Hans – For Large Gardens (up to 2000 m²)
Hans is Zoef Robot's top model and ideal for large gardens. With advanced navigation technologies such as Super Wifi and Ultrasonic sensors, Hans can detect obstacles and even accurately mow different zones. This model is perfect for large, complex gardens that require a lot of time and care.

After installation, it's time to set up the robotic lawnmower's automatic program. Make sure the robot is fully charged in the charging station. With robotic lawnmower Teun, you can set the current date and time on the display. Then, set the start time, the mowing time (including any intermediate charging), and the number of times the mower should mow per week (3, 5, or 7 times).

For Hans and Katrien, the mowing times can be set in the app. A different schedule can be set for each day, with or without edge mowing.

The robotic lawnmowers from the Zoef Robot range (EXCEPT Teun) have WiFi and Bluetooth, making them easy to operate anywhere in the world via the Zoef Robot smart app. In addition, the robots can be easily and completely set up on the robot itself, using the LCD screen. This allows you to set the day and time you want the robotic lawnmower to start working, so it automatically mows when needed without you having to think about it. You can also always see the status via the app, turn on the robotic lawnmower, or receive a notification if something is wrong with the mower. This way you are always informed wherever you are.

Why choose Zoef Robot? Here are some reasons why we are the ideal choice for your robotic lawnmower:

1. Innovation and Technology
Zoef Robot is always at the forefront of innovation in robotic lawnmowers. Our models are equipped with the latest technologies, such as ultrasonic sensors for obstacle detection, and Wi-Fi for easy operation via a smartphone app. These technologies ensure that your robotic lawnmower performs optimally, even in complex gardens.

2. Customer-Oriented Service
At Zoef Robot, we are known for our excellent customer service. We offer detailed advice on which model best suits your garden. Whether you have a small city garden or a large estate, our team will help you make the right choice and guide you through the installation and use of your robotic lawnmower.

3. Reliability and Durability
Zoef Robot offers robotic lawnmowers of the highest quality, built to last. Our models are designed to withstand various weather conditions, from sun and rain to cold and snow. You can trust that your robotic lawnmower will continue to work, regardless of the conditions.

4. Easy Installation and Use
Zoef Robot's robotic lawnmowers are easy to install and use. Within a few steps, you can configure your mower and start mowing your lawn. Thanks to the user-friendly Robotic-mower App, you can manage mowing schedules, check the status of your robot, and receive notifications from the mower.

Start at the charging station and lay the boundary wire along the edge of your property. This must always be one large loop, without branches. Use the included ruler and manual to determine the correct distance to the edge of your lawn. Secure the boundary wire with the included pegs and carefully follow all steps in the manual. On the product page of the robotic lawnmowers, you will find an installation video for a clear explanation. More information about installation can be found on our page Installing a Robotic Lawnmower, where you will find a clear explanation and extra tips for a correct installation.

Don't forget to also mark off obstacles, such as low objects that the robot cannot mow around. Trees or other sturdy objects do not need to be marked off with the boundary wire. We recommend always marking off slopes near water using a border edge.

Enjoy a garden with a freshly mowed lawn. For that, you naturally want the best robot lawn mower 2025. You'll find it at Zoef Robot. Our robotic mowers make it possible without you even having to do anything. Zoef offers various robot lawn mower models at a competitive price and with high quality. Of course, all models are equipped with many safety features, such as bumper sensors, lift sensors, and an emergency stop button.

When choosing the right robotic lawnmower, it's important to consider the size of your lawn and the specific features you need. Here is an overview of the three Zoef Robot models:

Teun – for lawns up to 300 m²

• 18 cm
  
• 55 dB (very quiet)
  
• Manually via display (no app control)
  
• Easy to operate, suitable for smaller gardens without complex obstacles
  

Katrien – for lawns up to 500 m²

• 18 cm
  
• 65 dB
  
• Via app with WiFi and Bluetooth
  
• Suitable for medium-sized gardens, offers flexible mowing schedules and is easy to operate via the app.
  

Hans – for lawns up to 2000 m²

• 22 cm
  
• 65 dB
  
• Via app with WiFi and Bluetooth
  
• Designed for large gardens, features advanced sensors for obstacle detection and can efficiently mow narrow strips of grass.
  

When choosing a model, it is important to consider how many square meters your lawn covers and whether you need advanced features such as app control and obstacle detection.

Spring

• Check if the mower is functioning properly after winter.
  
• Set the mowing schedule via the app for regular mowing.
  
• Clean the mower and check the blades for wear.
  

Summer

• Continue to follow the mowing schedule. In dry periods, raise the cutting height and let the mower run less frequently.
  
• Ensure your lawn gets enough water, especially during warm periods.
  
• Make sure the mower has a cover to protect it from overheating.
  

Autumn

• Remove fallen leaves to prevent them from blocking the mower.
  
• Check that the charging station is free of leaves and dirt.
  

Winter

• Store the mower in a dry place to prevent damage from cold.
  
• Fully charge the battery before storing the mower and recharge the battery after 2-3 months.
  

By following these seasonal tips, your robotic lawnmower will remain in optimal condition and ensure a beautifully maintained lawn all year round.

A robotic lawnmower independently mows your lawn within a defined area, indicated by a boundary wire. This wire emits signals, so the robot knows where it is allowed to go.

At the start, the robotic lawnmower will first mow the edges by driving over the boundary wire. As soon as it returns to the charging station, it will go into the field to continue mowing. When it is finished or the battery runs low, the robot automatically drives back to the charging station via the boundary wire. This way, it is always ready for the next mowing session.

Teun: Use the display on the mower itself to set the mowing schedule. You can program different times for the mower to start, so it mows the grass even when you're not home.

Katrien and Hans: Use the accompanying app to set the mowing schedule. Through the app, you can easily program times for the mower to start, so it mows the grass even when you're not home. You can also choose whether the edges should be included and set different schedules for each day. Exactly as you want it. If you prefer to set it on the mower, you can, but you'll have fewer options.

A suitable lawn for a robotic lawnmower meets the following criteria:

• The lawn is not larger than the maximum range of the chosen model.
  
• There are no large obstacles such as trees or garden furniture that could hinder the mower.
  
• The slope of the lawn is within the recommended limits for the chosen model.
  
• It is possible to lay an uninterrupted boundary wire around the field.

Katrien and Hans: Yes, both models can be operated via the Zoef Robot Smart app.

Teun: No, Teun does not have app control.

Yes, this is possible. All models have a rain sensor which can be switched off.

However, we advise against it. It is bad for the grass and the mower. A wet surface is more vulnerable and it is much harder for the robotic lawnmower. If this happens often, it will negatively affect its lifespan. If the rain sensor is switched on, the mower will automatically return to its charging station as soon as it rains. In case of drizzle, the robot may continue mowing.

Step-by-step:

Plan and sketch your lawn
Draw the work area, including obstacles such as flowerbeds or trees you want to exclude.

Place the charging station smartly
Place the station on a flat surface, not in a corner, not in a lower area, and preferably away from tall trees.

Lay the boundary wire neatly in one loop
– Start at the station and lay the wire loosely along the edges of your lawn.
– Ensure a distance from the edge of 10–30 cm depending on the surface (10 cm for even paving, 20 cm for hard surfaces, 30 cm for soft edges like borders).
– Use the supplied distance gauge: pegs approximately 80 cm apart.

Connect "islands" around obstacles
For example, encircle a flowerbed so that the mower avoids this area. Ensure that there is at least 5 mm space between the incoming and outgoing wire.

Ensure ample corners and slope rules
– Corners: at least 100° to avoid sharp turning angles.
– Slopes: for steep slopes up to 30% (20°), a minimum distance to the edge is recommended. For slopes above 25°, keep at least 40 cm space all around.

Correctly connect to the charging station
– Strip the ends of the cable (~10 mm).
– Connect the wire that runs under the station to the red (IN) connection.
– Connect the other side to the black (OUT) connection.

Leave straight cable in front of the station
Leave at least 1 meter of straight, obstacle-free cable in front of the charging station so that the robot can drive in properly.

Test the installation
– Connect the power supply; the LED light should be solid green when correctly connected.
– Place the robot within the loop: it should be able to leave the station and return via the boundary wire.

Yes, all three models support multiple zones:

Teun: You can set two starting points on the display: at the charging station (0%) and halfway along the boundary wire (50%) — useful if you have a second zone.

Katrien: Via the app, you can specify where on the cable the robot enters the field, after how many meters, and what percentage of the mowing time it should stay there. The passage between zones must be at least 0.8 m wide.

Hans: It recognizes different zones via a smart map and automatically creates starting points. Here too, passages must be at least 0.8 m wide.

Furthermore, for all models:

The zones must be connected via a single loop; there must be at least 50 cm of space between the boundary wires, plus 30 cm on both sides.

Charging time varies by model but is usually between 1.5 and 2.5 hours.

After a full charge, the mower can typically mow for 60 to 120 minutes, depending on the model and conditions.

Robotic lawnmowers are easy to maintain. Here are some tips to ensure your robotic lawnmower continues to function optimally:

1. Clean the Blades and the Mower
After each mowing session, it is important to clean the blades. Grass residue can accumulate and reduce the mower's performance. Clean the blades regularly to maintain optimal results.

2. Check the Battery
Ensure that your robotic lawnmower's battery is well-maintained. Most robotic lawnmowers have a long lifespan, but it is important to regularly charge the battery and check that it is working properly.

3. Replace the Blades
Over time, your robotic lawnmower's blades can become dull. It is important to replace the blades periodically to maintain your mower's efficiency.

• Check that the underside of the robot is clean and not jammed by anything on the grass.
• Check if there is an error message on the app or display. Then check the manual for the best action to take.
• Check if the robot is charged.

Place the robot back on the charging station. If it is charging, enter the PIN code and start the robot.
If the error returns, check the manual and the help center page for the best solution.