Over the last decade, the arrival of robot lawn mowers has radically changed our approach to garden maintenance, freeing us from the constraints of manual mowing. Among the most notable advances, the recent introduction of GPS robot lawn mowers marks a turning point, offering increased autonomy and precisionwithout the use of perimeter wires.
But what exactly does this technology consist of? What advantages dothe best robot lawn mowers with GPS navigation offer and are they reliable? This article aims to answer these questions by taking a close look at the features, operation and recommended options of GPS robot lawn mowers.
GPS Robot Lawn Mower: What exactly are we talking about?| ||495
Lorsqu’on effectue une recherche sur Google avec les termes « robot tondeuse GPS », l’objectif est généralement de trouver un robot capable of mowing without requiring the installation of a perimeter wire around the garden.
However, it is important to clarify a common misunderstanding: the term "GPS" is often used by manufacturers to designate these autonomous robots, but talking about “GPS” to describe this feature is actually aninaccuracy in most cases.
Indeed, for the marketindividuals, the correct designation would rather be“peripheral wireless robot lawn mower”. The use of the name “GPS robot lawn mower” concerns more specifically the professional sector.
In this context, it refers to high-end robots equipped with GPS RTK technology, intended for demanding applications such as the maintenance of football stadiums. These models, whose price exceeds €10,000, are for example offered by specialized sites such as Belrobotics.
In this article,our focus is on robot lawn mowers without peripheral wires suitable for individuals, designed to maintain more modest spaces, up to 5000m². This precision proves essential to untangle frequent confusions and direct you towards the most relevant choice according to their real needs, far from the ambiguities of marketing jargon.
Presentation of wireless “GPS” robot lawn mowers peripherals
Now that we have clarified that this article is mainly intended for individuals, let's take a look at the main technologies that characterize peripheral wireless robot lawn mowers.
Cordless robot lawn mowers with RFID disk
RFID disks offer an innovative solution for cordless robot lawn mowers, such as those from Worx with its Landroid Vision model, by replacing traditional peripheral cables.
En || |579installant les disques RFID sur le sol, these allow the robot to navigate anddelimit the mowing areas. This method eliminates the need to bury a wire, while allowing easy control of the robot via smartphone.
Cordless robot lawn mowers with beacons
Beacons represent another innovation in the field of robotic lawn mowers, making it possible to eliminate the constraints of peripheral cables. Brands such as Segway with its Navimo model or Ecovacs with its Goat G1 model adopt this technology, facilitating installation by simply planting beacons in the ground.
These beacons serve as landmarks for the robot, which can thus navigate autonomously, identify and respect the areas to be mowed. Thanks to a smartphone application and WiFi, users can track and control their robot lawn mower remotely.
Cordless robot lawn mowers with radar
Models such asWiper's Zuchetti robots operate wirelessly and use radar to navigate.
This technology allows the robot to spot and avoid obstacles in its path. However, this technology still requires improvement, particularly for the detection of complex areas such as flowerbeds or vegetable gardens. Currently, only large obstacles are avoided optimally.
Wireless robot lawn mowers, without radars and without beacons
More recently, we have seen the birth ofrobots tondeuses qui se passent complètement de balises, de disques ou de câbles périphériques.
Models likethe Mammotion Luba 2 and, more recently,the Dreame A1 are part of it.
These innovative robots work bycreating a precise garden mapping from the first use. The user guides the robot via his smartphone to demarcate the areas to be mown, thus allowing the device to find its way in space with a precision comparable to that of modern robot vacuum cleaners.
Generally, these models offer the ability tocreate multiple maps,useful for properties with separate mowing areas or complex garden layouts.
Brands offering wireless “GPS” robot mowers
To our knowledge, 8 manufacturer brands offer autonomous mowers, destinées au grand public, ne nécessitant pas l’obligation de pose d’un câble périmétrique : WORX, DREAME, ECOVACS, MAMMOTION,ROBOTUP, AMBROGIO, NAVIMOW et WIPER. N’hésitez pas à nous indiquer en commentaires si vous connaissez d’autres marques proposant ces modèles.
The prices of cordless robot lawn mowers vary considerably, ranginggenerally from €800 to 3000€. This price variation is mainly linked to the robot's ability to cover different areas, ranging fromfrom 300m² up to 5,000m².
Be careful when searching for “GPS robot lawn mower” on the internet
When searching on the internet and for example on Amazon: “GPS robot lawn mower” or “wireless robot lawn mower”,be careful.
Several unscrupulous brands can listing their products under these terms when they actually require the installation of a boundary wire. Here is an example withthis model from the LANDXCAPE brand, which, despite its presentation,works with a peripheral wire (Perhaps he wanted to indicate that the robot did not have a cable?!).
To avoid disappointment, we recommendto favor the purchase of brands recognized that we mentioned previously, or take the time to carefully consult the descriptions, tests, and user reviews in order to verify the absence of a cable. Rest assured, the models presented in our comparison are wireless.
The 4 best robot lawn mowers with GPS navigation of the moment
In our selection of the best wireless “GPS” robot lawn mowers , we have chosen to recommend an idealmodel for each size of garden, ranging from the largest to the smallest.
5000 m²: Mammotion Luba 2
For large gardens up to 5,000m², the Mammotion Luba 2 is in our opinionthe GPS robot lawn mower for large spaces.
Its installation is done without peripheral cable, thanks to an application allowing virtual borders to be demarcated with centimeter precision, using the RTK-GNSS system and multi-sensor navigation.
Capable of managing slopes up to 38 degrees, the Luba 2 AWD 5000 mows up to 7 cm in height andcovers approximately 500 m² per hour, ideal for terrain up to 5000 m². It includes an anti-theft system with alarm and benefits from a two-year warranty. This model eliminates the need for beacons and iscontrolled entirely via smartphone.
Mammotion also offers versions for surfaces of 3000 m² and 1000 m² at more accessible prices.
2000m²: Dreame A1|| |948
Dreame entre dans l’arène des robots tondeuses avec its first peripheral wireless robot lawn mower in 2024, combining simplicity of installation and technological expertise.|| |951
Ce modèle se distingue par sa facilité de configuration, n’exigeant aucun câble supplémentaire hormis celui pour l’alimentation, et without requiring virtual barriers.| ||954
Cette approche bénéficie de l’expérience de Dreame dans le secteur des robots aspirateurs, en particulier pour la navigation avancée. Le Dreame A1 emploie la technologie 3D Omnisense, utilisant un radar laser (lidar) à la portée étendue de 70 mètres pour un balayage complet à 360° horizontalement et 59° verticalement.
Capable of detecting obstacles from of 10 mm and up to 40 meters, it integrates artificial intelligence to dodge objects and animals, ensuring precise mapping of its environment.
With an introductory price of €1,999, including a || |991abri de protection, Dreame intends to carve out a place among the biggest. In our opinion, it is thecordless robot lawn mower ideal for a garden of 1000 m² to 2000 m².
800m²: Worx Landroid Vision
For gardens up to 800m², we recommend the Worx Landroid Vision, available for less than €1,600.
This robot lawn mower wireless usesRFID tags which can be installed easily and quickly in your exterior.
Equipped with artificial intelligence and a Full HD camera , it analyzes and understands its environment, thus protecting animals and garden objects.
The Landroid Vision offers the possibility of adding three modules: an alarm (WA0865) or a GPS/GSM tracker (WA0852 ) for safety, and LED lights (WA0711)allowing night-time mowing discreet.
Another notable advantage is its 3-year warranty, above the industry standard.
Worx has established itself as a trusted brand in the field of robot lawn mowers, and the Landroid Vision model is in our opinion avery good model for gardens of 800m².
600m² and less: Ecovacs GX-600
In 2024, Ecovacs launches the GX-600 from the GOAT series, ideal for small gardens up to 600m².
This model evolves compared to the Goat G1 thanks to its SmartEdge technology, which allows it tonavigate without the use of beacons or discs RFID.
With advanced visual recognition, the GX-600 identifies ground textures and materials, providing precise and tailored mowing. Capable ofclimbing slopes of 40% and operating under 60 db, this robot at €1,299 represents the optimal choice for small spaces.
The intelligent path planning technology allows the GX-600 to work on the lawn according to a logical cutting pattern, which makes mowing more efficient.
Ecovacs guarantees the GOAT for 3 years and its battery for 2 years. Available at €1,299, in our opinion it is the best GPS robot lawn mower for small spaces.
Les avantages d’un robot tondeuse à navigation GPS
The advantages of a robot lawn mower equipped with GPS navigation are numerous and significant.
- No need to install orburying a perimeter cable : This step, often long and tedious, can also turn out to be costly if it is entrusted to a professional.|| |1344
- Optimisation de la tonte : GPS robot lawn mowers map the garden and avoid needlessly going over areas that have already been mowed, unlike random models which can mow the same places several times.|| |1346
- Protection contre le vol : The integrated GPS chip allows the mower to be located at any time, making it easier to recover in the event of theft. Additionally, the mere presence of a GPS system acts as an effective deterrent against theft.
- Better mapping: Initial mapping of the garden by cordless robot lawn mowers requires a manual configuration via smartphone, which can take time. However, once this step has been completed, the robot navigates with precision. These systems also offer the flexibility to create multiple maps, ideal for gardens with complex configurations.
- Robot connectivity: The vast majority of cordless robot lawn mowers have applications for schedule mowing, view mapping, target specific areas, receive notifications, and check wear status.
- Return to station: GPS guidance improves mowing efficiency by guiding the robot directly to its charging station without following a perimeter cable.
Video test of the Mammotion Luba 2 GPS navigation robot lawn mower
“A picture is worth a thousand words” , is not it ?. So, why not find out for yourself through this video presentation of the Luba 2 peripheral cable-free robot lawn mower? You will observe the ease with which this robot lawn mower, equipped with a GPS navigation system,can be installed without the need for peripheral cables or terminals.
Frequently asked questions related to cordless robot lawn mowers
We answer your most frequently asked questions related to cordless robot lawn mowers. Do not hesitate to ask your question in the comment section if necessary!
💬 Are “GPS” robot lawn mowers reliable?
Wireless robot lawn mowers, often designated as “GPS” models, represent amore recent innovation compared to traditional wired versions. It is common to believe that they are less reliable than models using a perimeter wire to delimit their working area.
However, the brands mentioned in this article are renowned for their reliability, and we are starting to benefit fromfeedback on some of their models. To guarantee maximum reliability, it is advisable to limit yourself towell-established brands and recognized in the field, and tokeep the invoice for any eventuality of return.
💬 Comment installer un robot tondeuse sans fil périphérique ?
Installing a wireless robot lawn mower ismuch easier compared to that of a corded model| ||1485. La principale étape consiste à fixer la station de charge au sol. Pour la plupart des modèles, il suffit ensuite de télécharger l’application dédiée au robot, d’initier le processus de cartographie et de commencer à contrôler le robot à distance. Pour les robots nécessitant l’utilisation de balises ou de disques, il est simplement requis de les mettre en place au préalable.
💬 What is the RTK system?
The RTK (Real Time Kinematic) system is a technology that allows real-time data corrections to be sent from a base station to mobile GPS devices. Thanks to this system, it is possible todetermine the position of a robot with centimeter accuracy.
Véritable amoureux de la nature, Jacques est devenu un expert dans l’entretien des jardins ! Il aime partager son expérience et sa passion dans l’entretien des espaces verts, l’aménagement des terrasses ou encore la plantation de fleurs.