The robotic lawnmowers with artificial intelligence They are ceasing to be a whim for home automation enthusiasts and are becoming a fairly common tool in gardens throughout Europe. Among the most recent innovations are the proposals of Mova y STIGAwho are betting heavily on AI vision, LiDAR and advanced navigation so that the user barely has to intervene.
The trend is clear: Fewer cables, fewer manual adjustments, and more real autonomyFrom models designed for small urban gardens to machines capable of managing large estates or very irregular terrain, the market for AI-powered robotic lawnmowers is diversifying rapidly to adapt to different sizes, budgets, and levels of demand.
Mova: LiDAR, machine vision and three ranges for different types of gardens
The company Mova has strengthened its presence in the segment of Lawnmower robots with LiDAR and AI with three distinct families: VIAX, LiDAX Ultra y LiDAX Ultra AWDThey all share a common approach: to offer autonomous, precise and safe lawn cutting, minimizing the manual effort of the garden owner.
One striking detail of the Mova range is that The numbering of each model indicates the recommended surface area in square meters.Thus, a ViAX 250 is designed for gardens up to 250 m², while a LiDAX Ultra 2000 can manage areas up to 2.000 m². The difference lies not only in the battery but also in connectivity, as some models integrate 4G module to maintain communication with the mobile phone even in larger plots.
On the hardware side, Mova combines 36v batteries with wide-width cutting systems, capable of covering up to 1.000 m² on a single charge in the most demanding models. The brand insists that these robots are designed to handle dense or fast-growing lawnsMaintaining consistent performance without requiring user intervention.
Daily management is centralized in one own mobile applicationFrom this interface, you can adjust the cutting height, set restricted zones, configure schedules, or select different working modes. All of this is designed to allow the user to adapt the robot's behavior to the specific characteristics of their garden without technical complications.
Mova ViAX: AI-powered artificial vision for small and medium-sized gardens
The range Mova VIAX It is the gateway to the brand's AI-powered robotic lawnmowers, geared towards small and medium-sized gardensHere, the focus is on vision technology. UltraEyes 1.0, which combines two Ultra-HDR cameras with artificial intelligence y home automation sensors to generate a 3D view of the environment and accurately recognize the boundaries of the lawn.
Thanks to this system, the robot can to operate without perimeter cables or external beaconsThe AI distinguishes what is grass and what is not, detecting everything from flowerbeds to stone paths, so that the route is automatically adjusted to avoid invading areas that should not be cut.
One of the strengths of this range is its ability to Identify up to 300 different types of obstaclesThe system recognizes stones, toys, garden furniture, pets, or even children at a distance of up to 70 meters, and adapts its behavior according to the type of obstacle it encounters.
If the robot detects the presence of an animal or a child, It stops for safety reasonsHowever, if it encounters a static object such as a rock or a toy, it is able to cut right up to the edge without colliding, thus improving the finish of the lawn in the areas near those objects.
From the app, the user can choose between five cutting modesYou can mark off-limits areas, establish preferred time slots, or combine different patterns depending on the day of the week. The available ViAX models cover gardens. between 250 and 500 m², with starting prices around €579, which puts them in a competitive range for homeowners with small or medium-sized plots.
Mova LiDAX Ultra: 3D LiDAR and centimeter-level accuracy for medium and large gardens
For those with larger surfaces, Mova has developed the series LiDAX Ultra, which combines 360° 3D LiDAR and artificial intelligence to map the environment in real time. This combination of sensors allows the robot to create a detailed three-dimensional model of the garden and update it on the fly as new obstacles appear.
The use of LiDAR—a system based on laser light pulses for measuring distances with great precision— is considered one of the most advanced solutions for generating 3D maps in domestic robotics. In the case of lawnmowers, this translates into more efficient routes, fewer repeated passes, and more even ground coverage.
Obstacle detection in this range relies on the system UltraView 2.0which integrates a high-precision 360-degree LiDAR along with a 1080p HDR camera with AI. With this combination, the robot not only avoids collisions, but is also capable of analyze the type and height of the grass, adjusting the cutting pattern to optimize the result.
Regarding mobility, the LiDAX Ultra incorporates off-road type wheelsDesigned to work on uneven surfaces and those with minor floor imperfections. According to data provided by the brand, they can tackle slopes of up to 45% and overcome obstacles of about 4 cm, in addition to passing through narrow passages around 60 cm wide.
The series is aimed at gardens between 800 and 2.000 m², with prices starting from approximately €949In models that need to cover greater distances from the charging base, Mova uses connectivity. 4G so that the user can continue monitoring the machine from their mobile phone even when the home WiFi does not reach certain areas of the plot.
Mova LiDAX Ultra AWD: all-wheel drive for extreme terrain
The family is located at the top of the ladder Mova LiDAX Ultra AWDdesigned for users with particularly complicated gardensSteep slopes, rocky areas, holes, or combinations of grass and stony ground. The key here is its system of Four-wheel drive, which significantly increases the ability to overcome irregularities.
According to the technical data, these robots are capable of tackle slopes of up to 80% and can drive over rocks up to 6 cm high, something unusual for domestic lawnmowers. This capability allows the robot to maintain traction on slippery or uneven surfaces without getting stuck at the first sign of trouble.
Navigation is entrusted to the system. UltraView 3.0, which merges 360° 3D LiDAR with AI-assisted 1080p HDR dual camerasWith this, the robot generates high-resolution depth maps, capable of accurately representing both the terrain relief and the surrounding elements, even in low light conditions.
One of the most outstanding advantages of this architecture is that It does not require perimeter cables or RTK stationsThe user can simply place the robot in the garden and let the machine roam the plot to create its own map with centimeter-level accuracy, greatly simplifying the initial setup.
In terms of energy, these models integrate 36v batteriesThis, according to the brand, doubles the usual capacity compared to some competing solutions. This translates into the possibility of cut up to 1.000 m² with a single load, with a cutting width of about 40 cm thanks to its two double discs, which speeds up work on medium and large surfaces.
The LiDAX Ultra AWD family is geared towards gardens between 1.000 and 2.000 m² with particularly complex terrain, and some prices around €1.599Within the Mova range, the different series are positioned approximately between € 579 and € 2.199, depending on the target surface and the navigation and traction performance.
STIGA: The STIGA Vista vision and the commitment to total autonomy
While Mova focuses its proposal on the combination of LiDAR, vision and advanced traction, STIGA strengthens its position in the European market with a new generation of Robotic lawnmowers with AI and front cameraThe key to this new range is technology. STIGA Vista, a smart camera that analyzes the environment in real time.
STIGA is a veteran player in the garden sector, with Over 90 years of experience and a presence in more than 90 countriesEach year it sells more than one million machines, including both equipment for individuals and solutions aimed at professionals in the maintenance of green spaces.
With the 2026 generation, the brand is pursuing a fairly clear objective: achieve a truly autonomous cutIt operates without perimeter cables, complex RTK stations, and with minimal user intervention. The idea is that the owner installs the robot, completes a few basic setup steps, and then practically forgets about the rest.
This new family of AI-powered robotic lawnmowers also draws on STIGA's expertise in satellite navigation, which was already used in previous generations. The innovation lies in the closer integration of Camera vision and GNSS positioningThis allows the robot to better understand what is happening in its environment and adjust its path more precisely.
STIGA Vista: the camera that allows the robot to “see” the garden
The heart of STIGA's proposal is STIGA VistaA camera controlled by artificial intelligence that doesn't just record images, but interprets what it sees. The robot is capable of distinguish the grass from other elements, regardless of the color or shape of the objects in front of it.
Thanks to this advanced vision, the lawnmower identifies flowerbeds, toys, furniture, or animals that traverse the garden, and dynamically adapts its route. Instead of stopping at any obstacle, the robot automatically goes around the element and continues mowing, reducing interruptions and improving efficiency.
The camera uses a HDR sensor with global shutterProtected by an aluminum and Gorilla Glass casing, it offers resistance to shocks, dust, water, and intense sunlight. In addition, Front LED lighting, designed to improve visibility in low light conditions, such as early morning or late afternoon.
This approach allows a more realistic operating autonomyThe robot no longer relies solely on a pre-programmed route or a repetitive pattern, but understands changes in the garden and manages them in real time. For the user, this means less need to pick up objects or keep an eye on what's on the lawn before it starts working.
Enhanced RTK-GNSS satellite navigation and antennaless systems
In addition to the camera, STIGA has reinforced the navigation system with a quad-band RTK-GNSS engineIt is capable of receiving more signals from various satellite systems. This increased information improves positioning accuracy and helps the robot maintain stable trajectories even in challenging environments.
To manage signal quality in real time, the new models integrate the Active Guidance System (AGS), a technology that analyzes satellite reception and adjusts the cut pattern when it detects areas with unstable signal, such as areas under dense trees, near buildings or in gardens surrounded by walls.
One of the most visible new features for the end user is the introduction of a "antenna-free" installation functionIn practice, this means that it is no longer necessary to deploy perimeter cables or install complex RTK reference stations for the robot to function correctly.
This simplification represents an important step towards making garden robotics more accessible For those who don't want to deal with lengthy or technical installations, placing the charging base becomes more flexible, and the time from when the robot is taken out of the box until it starts cutting is significantly reduced.
Cutting quality, mulching and a sustainable approach to lawn care
STIGA is not limited to navigation technology; it also focuses on the quality and the effect of the cut on the lawnTheir robots use a gentle and frequent mulchingcutting only a few millimeters of grass on each pass so that the remains decompose naturally on the ground.
This regular cutting system has a double effect: on the one hand, nourishes the lawn organicallyThe remains act as a natural fertilizer; on the other hand, it helps the grass to grow denser and stronger, which in the medium term reduces the appearance of bare patches and weak areas.
The robot does not act randomly, but follows organized cutting schemesThese systems can generate strips or grids depending on the configuration of each garden. This improves ground coverage and provides a visually more uniform finish, something many users appreciate at first glance.
In addition, soil conductivity sensors integrated systems allow for analysis climatic and soil conditionsIf they detect that the soil is too wet or that the grass does not need to be cut at a particular time, the robot modifies its behavior or postpones the session, avoiding unnecessary passes and reducing wear and tear.
Overall, this approach promotes garden maintenance more sustainable and environmentally friendlyby limiting the use of external fertilizers, optimizing energy consumption and avoiding excessive mowing that could damage the health of the lawn.
A STIGA range for surfaces from 600 to 14.000 m²
STIGA's new generation of AI-powered robotic lawnmowers is structured in eight different models: 6v, 8v, 10v, 15v, 25v, 50v, 100v and 140v. Each variant is designed for a specific surface, from from about 600 m² to around 14.000 m²covering both classic residential gardens and large properties or semi-professional spaces.
The more compact versions are geared towards small or medium-sized domestic plotswhile the higher-end models can be used on large estates, hotels with extensive garden areas, sports facilities or professional venues that require regular lawn maintenance.
In the professional sphere, STIGA has strengthened its image by partnering with top-level sports clubsOne example is their collaboration with Stade Toulousain, a leading rugby team in France and Europe, where the brand equips the Ernest-Wallon stadium with robotic cutting technologies and solutions focused on efficiency and sustainability.
All robots in this range are based on the STIGA ePower batteryDesigned to balance autonomy, performance, durability. The goal is for the machines to operate quietly, with a energy consumption content and without needing to replace the battery in the short term.
Day-to-day management is done through the application STIGA.GOwhich has been recognized with a Red Dot Design Award in 2025. Through it, you can schedule mowing sessions, adjust specific areas, receive notifications or monitor the robot's activity remotely, something especially useful in large gardens.
In terms of prices, STIGA places this family in a range that goes approximately from €999 to €6.999Depending on the model and the surface it's designed for. Furthermore, the brand often relies on a extensive network of specialized distributorswho advise on selection, installation and maintenance, and who also offer accessories such as off-road wheel kits to improve traction in difficult gardens.
Taken together, the Mova and STIGA bets show how AI-powered robotic lawnmowers are maturing rapidly in the European marketThey are becoming less dependent on complex infrastructure, adapting better to the actual shape of gardens and offering more options for different budgets and needs, becoming an increasingly serious alternative to the traditional lawnmower for those who want to keep their lawn well-maintained with minimal effort.