Dreame A1 Pro in test – Cordless robotic lawnmower without boundary wire & RTK
The Dreame A1 Pro robotic lawnmower is a wireless robotic lawnmower without a boundary wire, RTK or external antennae – and I was able to test it extensively for several weeks. In this article, I will show you how the Dreame A1 robotic lawnmower with LiDAR navigation, app control and intelligent obstacle detection works, where its strengths lie and where there is still room for improvement. All the technical data, my everyday experiences and a detailed comparison with other robotic lawnmowers – now in the full test report.
What you can expect in this blog post:
- Practical test of the Dreame A1 Pro robotic lawnmower on a 600 m² lawn with slopes, gravel and paving
- Simple commissioning without boundary wire, RTK or beacons
- Detailed instructions for app control, mapping and setup
- Evaluation of obstacle detection with LiDAR and its limits in everyday life
- Comparison with classic robotic lawnmowers and RTK-supported models
- All technical data, scope of delivery and special features at a glance
- Personal summary with an honest assessment of strengths and weaknesses
- Test video with further recordings and functions in action
Tip: Other robotic lawn mowers without boundary wire in comparison
If you are generally interested in cordless robotic lawn mowers and would like to see a direct comparison of different models, you will find a comprehensive overview in my separate article:
Robot lawn mower without boundary wire in test: The best models in comparison
In it, I present current devices with GPS, RTK or camera navigation, compare their navigation, mowing performance, user-friendliness and areas of application – and give specific buying advice for different types of garden.
Manufacturer profile: Dreame – Innovation from the Xiaomi ecosystem
Dreame: Proven technology meets new product category
The manufacturer Dreame Technology is known to many for its high-performance household appliances. The company was founded in 2017 and was part of the extensive Xiaomi ecosystem, which stands for smart and technologically advanced products worldwide, but has been operating as an independent brand for some time. In just a few years, Dreame has developed into one of the leading suppliers in the field of robot vacuum cleaners and wet/dry vacuum cleaners and is now active in over 120 countries.
Products such as the Dreame L10s Ultra, the Z10 Pro and the H12 Pro regularly occupy top positions on Amazon, MediaMarkt and in independent product tests. In Germany in particular, Dreame is no longer an insider tip – numerous households use the appliances on a daily basis. The high quality, sophisticated product design and continuous development of the software have earned the manufacturer a solid reputation.
Entry into garden robotics: Dreame A1 Pro as the new reference model
With the Dreame A1 Pro robotic lawnmower, the manufacturer is now opening up a new field of application: automatic lawn care. Dreame does not rely on half-hearted solutions, but consistently brings its proven expertise from household robotics to the outdoor area. The robotic lawnmower uses state-of-the-art technologies such as 360° LiDAR sensors, 3D mapping, app control and intelligent obstacle detection – all without a boundary wire or RTK module.
The fact that a technologically experienced provider like Dreame stands behind the product is an important aspect for many buyers – especially in a market that is increasingly flooded with no-name products. The connection to the established Xiaomi Group, the many years of experience in the field of robotics and the broad user base minimize risks when purchasing and offer confidence in long-term support and software maintenance.
With the A1 Pro, Dreame proves that the company is not limiting itself to existing product lines, but is tackling new challenges with innovative approaches. The move into the garden area seems logical and well-considered and should also appeal to less technically experienced users who value simple set-up and reliable function.
Anyone who has already had positive experiences with Dreame robot vacuum cleaners should therefore not be disappointed when it comes to robot lawn cleaners.
Dreame A1 Pro: First impressions, design & scope of delivery
Dreame Roboticmower A1 – modern housing and functional equipment
The new Dreame robotic lawnmower A1 impresses as soon as you unpack it with its high-quality, compact design and off-road tires for uneven terrain. The housing has a modern, almost sporty look – from behind, the body is reminiscent of a Porsche Panamera, while at the front the central LiDAR sensor is enthroned like a laser dome. The control panel with color display, rotary dial and four function buttons is reminiscent of the one-touch control from the automotive sector and makes operation directly on the appliance intuitive.
With a weight of around 11.7 kg, the robot sits firmly on the lawn, which should give it additional traction and grip on uneven terrain (more on this later).
Dreame A1 Pro: Technical data at a glance
The Dreame A1 Pro robotic lawnmower offers solid technical features that make it particularly interesting for medium-sized gardens up to 2,000 m². Here are the most important specifications at a glance:
General device information
- Dimensions (L × W × H): 643 × 436.5 × 261 mm
- Weight (incl. battery): 12.6 kg
- Mower protection class: IPX6
- Protection class charging station: IPX4
- Max. Gradient: 45 % (corresponds to approx. 24°)
Battery and energy
- Battery type: Lithium-ion
- Capacity: 5,000 mAh
- Nominal voltage: 18 V
- Charging time: approx. 65 minutes
- Power supply unit: 20 V output voltage, 3 A
Mowing performance & mode of operation
- Recommended working area: up to 2,000 m²
- Mowing performance:
- Standard mode: 120 m²/h
- Efficiency mode: 200 m²/h
- Cutting height: 30-70 mm
- Cutting width: 22 cm
- Engine speed (mower): 2,200 rpm
- Travel speed (standard): 0.35 m/s
- Travel speed (efficient): 0.6 m/s
Connections and sensors
- WLAN: 2.4 GHz (802.11b/g/n)
- Bluetooth: 2400-2483.5 MHz
- Range of the LiDAR sensor: 70 m, with 360° horizontal and 59° vertical detection angle
- Extension (optional): Link module with LTE/GNSS for additional functions (e.g. real-time location or map abandonment alarm)
Loudness (according to standard measurement)
- Sound power level (LWA): 64 dB(A)
- Sound pressure level (LpA): 56 dB(A)
These technical values underline the fact that the Dreame A1 Pro is a modern, powerful and efficient robotic lawnmower – and completely wireless, i.e. without a boundary wire or RTK module.
Accessories included
The scope of delivery of the Dreame A1 robotic lawnmower is functional and well thought out:
- 1× Dreame A1 Pro robotic lawnmower
- 1× charging station with 10 m mains cable
- 1× Sensor cleaning brush
- 9× replacement blades
- 1× cleaning cloth
- 1× power supply unit (charger with 3 A current)
- 1× set of ground anchors (for anchoring the charging station to the ground)
- 1× multilingual manual (incl. German instructions)
- 1× quick-start poster with German-language set-up guide
The charging station can also be flexibly positioned outside the lawn and is securely anchored in the ground with the supplied ground anchors. The power supply unit is weatherproof and should be mounted at least 30 cm above the ground according to the instructions.
- Schnellere, kabellose Einrichtung von Begrenzungen: Mit der OmniSense-Technologie können Sie Ihren Rasen ganz einfach kartieren und die verschiedenen Mähbereiche nach Ihren Wünschen anpassen. Nie mehr Kabelsalat und nie mehr komplexe RTK-Stationen, die einem frisch gemähten, makellosen Rasen im Weg stehen.
- Intelligentes, intuitives Bereichsmanagement: Rasenmähen ist hiermit ein Kinderspiel. Sie müssen die Gartenpflege nicht mehr Schritt für Schritt begleiten. Echtzeit- oder geplante Mähaufgaben, Mähbereiche oder No-Go-Zonen sowie temporäre oder voreingestellte Bereiche können über die Dreamehome-App eingestellt werden.
- Omnidirektionale 3D-Hindernisvermeidung: Dank der 3D-Punkt-Cloud-Datentechnologie und den fortschrittlichen intelligenten Algorithmen erkennt der A1 Pro Hindernisse innerhalb von festgelegten Begrenzungen und navigiert intelligent um diese herum, um zu gewährleisten, dass der Rasen sicher und kontrolliert gemäht wird.
- Leistungsstarke Offroad-Reifen: Die Offroad-Reifen bieten einen kraftvollen Antrieb und trotzen schwer zu mähenden Flächen und ungünstigen Wetterbedingungen.
- U-förmige Wegeplanung für optimale Ergebnisse: Der A1 Pro wendet beim Mähen eine innovative U-förmige Wegeplanung an, dank der alle Bereiche Ihres Rasens gemäht werden und Sie eine beeindruckende Gleichmäßigkeit und Schnittqualität erhalten. Einstellbare Mäheffizienz，Standardmodus: 1.000 m²/24 Std. Effizienter Modus: 2.000 m²/24 Std.
Setup & commissioning: How to set up the Dreame A1 Pro step by step
Setup via app & manual mapping in detail
Setting up the Dreame A1 Pro robotic lawnmower was straightforward and was completed in just a few minutes. First, the charging station was set up in a suitable place, ideally level, with a clear area to the front and connected to the power grid. The 10 m mains cable supplied provided sufficient scope for this. I then anchored the station firmly to the ground using the ground anchors supplied.
Particularly practical: The charging station does not necessarily have to be placed on the lawn. It can easily be installed on a paved area, e.g. a patio, a flagstone path or a verge. This has several advantages.
On the one hand, the lawn around the station is protected, as the frequent driving to and from the station quickly creates ruts or bare patches on lawns. This area suffers permanently, especially on soft ground or after driving in the rain. A solid surface such as paving or concrete allows the robot to move in and out with optimum grip without damaging the surface.
Secondly, the station remains permanently level and stable, which improves the connection to the loading contact surface. The risk of the station sinking into the ground or becoming uneven is completely eliminated. This ensures a more reliable charging process, especially for long periods of use over weeks.
The app can be used to define connecting routes on the map that precisely define access from the lawn to the station. This ensures that the Dreame A1 Pro navigates the correct route back to the charging station, even if it is outside the mowing zone. The system recognizes these paths as “paths” that are not mowed but are used regularly.
This was followed by the initial activation of the robot:
- Place the robot on the charging station.
- Press and hold the power button (approx. 2 seconds) until the robot starts.
- Select the language on the display (e.g. German).
- Assign a four-digit PIN – an individual combination is recommended, not “0000”.
The next step was to connect the robot to the Dreame app. The app is available for Android and iOS. The packaging contains a QR code for the app, or it can be downloaded directly:
Download the Dreame app:
Google Play Store (Android)
Apple App Store (iOS)
Step-by-step: Setup in the Dreame app
This is how the appliance installation works step by step:
-
- Start the app and tap on “Add device” in the main menu.
- Select “robotic lawnmower” or “Dreame A1 Pro” directly as the device type.
- Use the smartphone camera to scan the QR code under the robot cover.
- After the scan, a Bluetooth connection is automatically established between the robot and the smartphone.
- The app then prompts you to enter your Wi-Fi access data (2.4 GHz network).
- Once the WLAN data has been successfully transferred, the robot connects to the home network.
- The A1 Pro now appears in the app overview and can be fully controlled.
Why WLAN is necessary – and in which area
The WLAN connection is required to:
- pair the robot with the smartphone,
- synchronize maps and settings,
- receive software updates,
- receive notifications in real time,
- start or monitor the robotic lawnmower remotely.
Important: The 2.4 GHz WLAN signal must reach the charging station for the initial setup and subsequent communication to work reliably. In practice, the Wi-Fi should therefore cover at least the area around the charging station and the robot’s starting point. No permanent connection is required during the mowing process itself – the A1 navigates independently. However, WLAN is essential for status queries, adjustments or scheduled mowing times.
If the WLAN signal is too weak, a repeater or outdoor access point in the garden area can help to improve the range.
When to use Bluetooth – and why it’s not enough
Bluetooth is used for the first pairing between the app and the robot. While Wi-Fi access is being set up, the A1 Pro is first recognized via Bluetooth so that the app can access the device settings. This step takes place automatically in the background as soon as the robot is switched on and is in pairing mode.
Bluetooth is also required when:
- the robot cannot be reached in the WLAN, e.g. in the event of signal loss or initial connection,
- a firmware update is to be transferred locally to the robot via the smartphone,
- settings can be made directly on the robot without an internet connection.
Important to know: Bluetooth only works in close proximity (a few meters), but does not replace WLAN for daily use. It is only a useful addition for setup and local control. Permanent communication, map storage and remote control are carried out exclusively via WLAN.
- Kompatibel mit der Mähroboter-Serie von Dreame: Verbesserte Haltbarkeit
- Die Garage für den Dreame-Mähroboter schützt sowohl das Gerät als auch die Ladestation vor Umwelteinflüssen. Sie schirmt Regen und Sonneneinstrahlung ab und verlängert so die Nutzungsdauer erheblich
- Leichte Installation: Diese Garage lässt sich einfach installieren und sorgt für mehr Komfort. Stellen Sie sie einfach an der gewünschten Position auf und befestigen Sie sie mit den mitgelieferten Schrauben – und schon ist sie einsatzbereit
- Lieferumfang: Dach x1, Stützrahmen x2, Schraube x8, Schnellverschluss x10, Inbusschlüssel x1, Kurzanleitung x1, Dreame-Aufkleber x1
Mapping of the property without boundary cable
Once the robot was fully loaded, mapping began with the lidar system. This step replaces the classic installation of a boundary wire and is the basis for subsequent navigation. The mapping is carried out entirely via app and manually controlled driving over the areas. Using the control function in the Dreame app, I first moved the A1 Pro along the outer edges of the lawn to define the boundary of the mowing area.
The special feature of the Dreame A1 Pro is the combination of LiDAR sensor technology and the company’s own OmniSense™ system. As the robot is driven over the surface, the 360° LiDAR sensor records its surroundings as point clouds in real time – similar to autonomous vehicles. This results in a three-dimensional map (3D map) of the property. Obstacles such as trees, garden furniture or flower beds are detected and automatically avoided later.
An important practical tip: I did not steer the robot 10 cm inside the lawn as recommended, but exactly in the middle over the edge of my lawn. As a result, the robot later moves directly over the edge when mowing the edge – the cut pattern is clean and without gaps. This strategy is particularly recommended for plots with solid lawn borders made of stone, concrete or paving slabs.
In addition to the outer boundary frame, I have defined inner zones, including mowing areas, paths and restricted zones that the robot should not enter. The boundaries of these zones are clearly visible in the app with colored lines and can be edited or moved later.
The zones could be named and individually assigned within the app. The assignment is important for starting individual areas later, e.g. only the edge zone or only the main area. In addition, the mowing height, mowing direction and schedules can be set separately for each zone to optimize the mowing result.
In theory, the option of storing a second card is also particularly practical – for an additional property, a separate garden area or a weekend home, for example. However, this requires a second charging station, which is installed separately and assigned to the robot.
In my view, this function is only useful to a limited extent. If the two areas can be connected directly, I create them as an additional zone within the same map instead – so I only need one robot and one charging station. However, if there is no connecting path between the surfaces, I would have to carry the robot back and forth manually, which is inconvenient in practice.
If there are even two separate properties, such as a house and a garden shed, I would buy a second robot anyway if necessary. This could then be managed as an additional device in the app as normal – clearly arranged and without the need for manual rearrangement or transfer.
The entire set-up process – from connecting to the app and assigning the PIN to complete mapping and zoning – was completed in around 20 minutes. The robotic lawnmower was then ready for use and could start working autonomously based on the map it had created itself.
Use of a second card without charging station
Unfortunately, I was unable to test starting the robot from a second, separate card without a charging station installed. However, my research has revealed the following possibilities:
In principle, it is technically possible to take the Dreame A1 Pro to a second property and start a mowing process there manually without a charging station – provided that the second map has been created and saved beforehand. This map can be selected in the app as soon as the robot is on the new property. The mowing process can then be started via the app.
It is important that the battery is sufficiently charged, as automatic recharging is not possible. Time-controlled execution via the integrated calendar is not possible in this scenario, as the robot requires a fixed charging station as a starting point.
In practice, this means that the robot can be used on a second area if the work there is started manually. After completion, it must be returned to the main charging station. For occasional use – e.g. on an adjacent private property or shared with neighbors – this is perfectly conceivable.
However, for regular use or if the second surface is not directly accessible, I would recommend a second charging station or a second device. Alternatively, it could also be examined whether the second area can be usefully integrated into the existing map – for example by creating a connecting path.
This option increases the flexibility of the system, but has clear limits in practice – especially if convenience and automation are the main focus.
If you already have experience of using a second card without a charging station, I would be very happy to receive feedback – either in the comments or by message. I’m curious to see how this function proves itself in everyday use.
Video: Dreame A1 Pro in test – Cordless robot mower with 3D navigation and LiDAR technology
In my video, I show the Dreame A1 Pro in a detailed practical test. I explain how the wireless robotic lawnmower works without a boundary wire and how it uses 360° LiDAR sensors and OmniSense™ 3D navigation to navigate reliably through the garden.
I will go into the installation of the charging station, the initial setup via the Dreame app and the manual mapping of the property. I will show you how to define zones, optimize border areas and create exclusion zones – all directly on the basis of the 3D map created.
I go on to test obstacle detection, edge mowing on pavement edges and mowing quality on different surfaces. Manual control via the app, reaction to rain and behavior on uneven surfaces are also demonstrated.
The video offers a practical insight into the functions and strengths of the Dreame A1 Pro and shows for whom this robotic lawnmower without boundary wire is really worthwhile – and where possible limits lie.
You can find more videos about my projects involving robotic lawnmowers, garden maintenance and technology on my YouTube channel COMMAIK or in the video overview on my blog.
Zuletzt aktualisiert am 26. June 2025 um 02:30 . Ich weise darauf hin, dass sich hier angezeigte Preise inzwischen geändert haben können. Alle Angaben ohne Gewähr. (*) Bei den verwendeten Produktlinks handelt es sich um Affiliate Links. Ich bin nicht der Verkäufer des Produktes. Als Amazon-Partner verdiene ich an qualifizierten Verkäufen. Dein Preis ändert sich jedoch nicht.
Intelligent navigation with OmniSense™ & 3D mapping
Obstacle detection with 360° LiDAR sensor
At the heart of the Dreame A1 Pro is the proprietary OmniSense™ navigation system, which is based on a powerful 360° LiDAR sensor. This sensor scans the robotic lawnmower’s surroundings at a horizontal angle of 360° and a vertical angle of 59° – with a range of up to 70 meters. A so-called point cloud is continuously generated: a digital 3D model of the environment consisting of millions of individual measuring points.
This point cloud forms the basis for obstacle detection and navigation. Based on height differences, distances and outlines, the robot independently recognizes objects in the garden – such as plants, garden furniture, toys or garden decorations. The data is processed in real time and compared with the previously created 3D map. If the system detects a new structure that is not part of the planned mowing area, it is automatically bypassed.
In the app, you can individually set the height at which an object should be recognized as an obstacle – for example, from 5, 10 or 15 cm. This setting is particularly useful for tall grass or small objects such as balls or hedgehogs. In addition, the lateral safety distance for obstacle avoidance can be configured in the range of 10 to 20 cm. This determines how closely the robot is allowed to pass a detected object.
Functionality and evaluation in practice
In practice, the robot navigates very smoothly and reliably around obstacles. Especially with large, upright objects such as chairs, trees or flower pots, the detection works almost flawlessly. This makes the mowing process safer, as collisions are largely avoided. Even in more complex garden structures, the robot retains its orientation without the need for external systems such as RTK or beacons.
However, my practical tests with smaller obstacles have shown that the detection does not always work reliably.
A garden hose, a sponge (approx. 20 × 10 × 5 cm) and a small toy hedgehog (approx. 5 cm high) were not recognized by the robot as obstacles and were simply driven over – without triggering an emergency stop or swerving out of the way. The system seems to reach its limits especially with objects of low height or soft structure.
Limits and potential risks
Despite its high precision, the system reaches its limits in certain scenarios. Very small or flat objects – such as flat-lying hoses, toys or branches – cannot always be reliably detected by LiDAR because they are outside the vertical detection angle or are too low to generate a significant point cloud structure.
Moving obstacles, such as animals or people, are also detected in real time, but may be detected too late if they suddenly move into the path of travel. Especially with low-lying or reflective objects (e.g. shiny stainless steel balls, glass objects), the sensor system can lose precision due to scattering or blanking.
It should also be noted that obstacles are not saved permanently, but are only bypassed temporarily. So if you regularly leave objects such as children’s toys or garden tools on the mowing area, you should either clear the area before starting or define specific exclusion zones in the app.
Conclusion on obstacle detection
The combination of LiDAR technology, point cloud evaluation and flexible safety settings makes the Dreame A1 Pro’s obstacle detection one of the strongest arguments in favor of this model. In many cases, the system completely replaces conventional sensor strips or shock absorbers. Nevertheless, the practical test shows: The system can reach its detection limits with very small, soft or flat objects. A certain degree of caution and preparation of the mowing area is therefore still recommended.
- [Einrichtung der automatischen Begrenzung und Dual-Fusion-Kartierung] Erleben Sie die intelligente Rasenpflege mit OmniSense 2.0. Die 3D-Abtastung und die HDR-Kamera bieten detailreiche Ansichten für die automatische Einrichtung von Begrenzungen und eine präzise Kartierung von bis zu 3.000 m² für eine einfache Pflege. Keine Verkabelung oder Installation der RTK-Station erforderlich
- [OmniSense 2.0: 3D-Ultra-Sensorsystem + KI-Kamera] Mit OmniSense 2.0 pflegen Sie Ihren Rasen mit einem revolutionären 3D-Ultra-Sensorsystem und einer durch Algorithmen unterstützten HDR-Kamera, die die Umgebung mit einer Weitwinkelsicht von 360° × 59° bis zu 70 Metern und im Nahbereich mit zentimetergenauer Präzision abtastet, für eine detailliertere 3D-Darstellung Ihres Gartens
- [Nahtlose 4G-Verbindung immer garantiert] Der A2 ist mit dem Modul Dreame Link ausgestattet, das eine Echtzeitverbindung auch ohne Wi-Fi gewährleistet. Sie können Ihren Rasenmäher über Google Maps verfolgen, und wenn er sich außerhalb des kartierten Bereichs bewegt, sendet die App sofort eine Benachrichtigung, um die Sicherheit Ihres Rasenmähers jederzeit zu gewährleisten. Wir bieten 3 Jahre kostenlose Daten, damit Sie sich auch langfristig keine Sorgen machen müssen
- [EdgeMaster-Schneidsystem] Mit der EdgeMaster-Technologie verlängert sich der Schneidkopf des A2 für das Mähen entlang von Kanten. Dabei bleibt der Abstand zwischen Schneidkopf und Kante für gründliches Mähen und maximale Abdeckung stets unter 5 cm
- [3D-Omni-Hindernisvermeidung, KI-optimiert] Der A2 nutzt 3D-Punktwolken-Daten und eine KI-Bildverarbeitungstechnologie und erkennt und umfährt so mehr Objekte im Garten, selbst Igel und Wasserleitungen. Regelmäßige Aktualisierungen des Algorithmus verbessern die Erkennung von Objekten und die Hindernisvermeidung und bieten daher eine vielschichtige Sicherheit für Ihre Familie und Haustiere
- [Leiser Nabenmotor für eine Steigung bis 26,5°] Der Nabenmotor des A2 steigert den maximalen Neigungswinkel auf 50 % (26,5°), ermöglicht eine bessere Traktion und sorgt so für ein sichereres und gleichmäßigeres Mähen an Hängen. Gleichzeitig garantiert der Nabenmotor, dass der A2 mit einem Geräuschpegel von unter 55 dB arbeitet, sodass Sie Ihre kostbare Zeit zu Hause ungestört genießen können
- [Smart-App für vielseitige Steuerung] Steuern Sie den A2 über die Dreamehome-App. Sie können viele Einstellungen anpassen und die Mähbereiche problemlos bearbeiten, mit Faktoren wie Schnitthöhe, Mährichtung und einem Zeitplan für ein individuelles Mäherlebnis. Darüber hinaus kann der A2 zwei verschiedene Rasenkarten für nicht zusammenhängende Bereiche verwalten und bietet so noch mehr Flexibilität
- [Aufmerksamer Gartenwächter] Der A2 ist mit einer 1080p-HDR-Kamera mit KI-Unterstützung für die Überwachung Ihres Gartens in Echtzeit ausgestattet, was es Ihnen ermöglicht, Patrouillenpläne zu erstellen und ungewöhnliche menschliche Aktivitäten zu verfolgen
App control: Manage mowing via app and individual schedules
Dreame robotic lawnmower A1 with powerful app control
The Dreame Home app offers comprehensive control over all functions of the Dreame A1 Pro and makes many classic controls on the device superfluous. All settings are made conveniently via smartphone – intuitive, logical and clearly structured. The app is available for Android and iOS and is a prerequisite for setting up and using the robot.
Download the Dreame app:
Google Play Store (Android)
Apple App Store (iOS)
In my test, the app basically worked reliably, but did not always respond smoothly. In some cases, there were longer loading times, for example when switching between individual menus or when calling up map content. The system sometimes took several seconds to update, especially after starting the app or when calling up map details.
Another point of criticism: In my opinion, the number of messages and notifications within the app is too high. Push notifications – such as status messages, updates or charging statuses – also appear very frequently. This can quickly become annoying in the long run, especially if you are already using the robot routinely and don’t want to be informed about every step. A customizable notification control would be desirable here.
Manual control
The robot can be controlled manually via a virtual directional pad in the app – for example, when mapping or for targeted operations in a specific area. Movement is controlled by touch: forwards, backwards, right, left – in real time. Ideal for approaching lawn edges, corrections during mapping or for spot applications in problematic zones.
Setting the cutting height
The cutting height can be infinitely adjusted between 30 and 70 mm. The command is sent to the robot via the app, where it is motorized. This enables adaptation to the weather, season or lawn type – e.g. higher cutting height in dry conditions to protect the lawn. Practical: The setting can be selected differently for each zone.
Determine mowing direction
The mowing direction specifies the angle at which the robot should start in relation to the charging station – for example 0°, 45° or 90°. This allows the driving pattern to be adapted to the shape of the lawn. In addition, unsightly ruts and compaction can be avoided. The setting is easy to implement and has a noticeable effect on the subsequent cutting pattern.
Select mowing pattern
Various mowing patterns can be activated in the app:
- Standard: classic in parallel lanes
- Chessboard: the robot changes its direction of travel by 90° each time it is used
- Cross pattern: the robot varies in angle (e.g. +45°, -45°)
The main purpose of this function is to protect the lawn. Alternating mowing directions results in fewer ruts, the blades are cut more upright and the overall appearance is more uniform.
Manage zones and restricted areas
After mapping, individual mowing zones can be defined in the app – e.g. main area, front garden or a side strip. These zones can be named and edited separately. The robot can then be sent to specific areas without having to mow the entire garden.
In addition, no-go areas can be defined – for example for flowerbeds, sandboxes, play equipment or freshly sown areas. These areas are ignored during mowing and safely bypassed. The zones can be placed on the map using drag-and-drop and adjusted at any time.
Create and automate schedules
Individual mowing times can be set via the schedule menu – for individual days of the week, times, zones and even mowing patterns. This allows the robot to work largely autonomously, even when no one is at home. Each zone can have different settings.
Environmental conditions can also be taken into account: For example, if the rain sensor is active, the robot automatically postpones the start by three hours to protect the floor and technology.
Further functions and status displays
The app displays the battery status, the mowing statistics (area coverage, operating time) and the status of the consumables in real time. The display of the blade life in hours is particularly helpful – including an indication of when a change is recommended.
Replacement blades or accessories can be reordered directly via the app – using the integrated Dreame store. Firmware updates are also provided and installed via the app as soon as the robot is connected to the Wi-Fi network.
- Überlegener SK5-Stahl: Die aus erstklassigem SK5-Werkzeugstahl gefertigten Klingen gewährleisten eine hervorragende Langlebigkeit und Korrosionsbeständigkeit unter verschiedenen Bedingungen
- Außergewöhnliche Schärfe für effizientes Mähen: Mit einer Dicke von 0,9 mm und einer fein geschliffenen Kante sorgt jedes Messer für eine verbesserte Mäheffizienz, reduziert die Mähzeit und erzielt gleichmäßige Schnitte
- Benutzerfreundliche Schnellwechselklingen: Jede Klinge ist auf Komfort ausgelegt und verfügt über einen Schnellwechselmechanismus, der es Benutzern ermöglicht, die Klingen schnell und ohne zusätzliches Werkzeug oder komplizierte Arbeitsschritte zu wechseln, was Zeit und Energie spart
- Spezifikationen für jede Klinge, Material: SK5-Stahl, Abmessungen: 35 x 18 x 0,9 mm, Menge: 12 Stück, Gewicht: 3,5 g
Practical experience with the Dreame A1 Pro: terrain, weather, safety
In my practical test lasting several weeks, the Dreame A1 Pro had to prove itself on around 300 m² of lawn in a variety of conditions – including gentle slopes, kerbs, gravel beds, paving slabs and changeable weather. Overall, the robot was convincing in many areas, but there were also recognizable weaknesses.
Navigation on uneven terrain and inclines
I was unable to check the maximum climbing ability of 45% stated by the manufacturer in my test, as my terrain does not have this gradient. My lawn has a slight gradient of around 20 %, but the robot was stable and safe at all times – even when the ground was wet. I deliberately drove the A1 in the rain to test the traction of the wheels under realistic conditions. The result: grip on grass was very good even in the wet.
The situation is different on paving slabs and smooth surfaces. Here, the grip decreases visibly – especially because the soft rubber treads of the off-road wheels buckle quickly in the event of greater resistance. This noticeably reduces traction and leads to slight slipping during turning maneuvers or corrective driving.
Behavior on gravel and in critical situations
The robot proved to be much more susceptible on gravel surfaces. Loose gravel is a problem: The A1 Pro got stuck in places, pushed stones aside or even dug several small holes. Even in these situations, he was able to free himself without me having to intervene manually. However, this process sometimes took a very long time – with many changes of direction, corrections and turning maneuvers until he had worked his way free again. Self-liberation works, but is time-consuming and not particularly elegant.
Behavior in the rain and protective functions
The robot has an integrated rain sensor that reacts reliably to moisture. As soon as wetness is detected, the A1 automatically returns to the charging station and interrupts the mowing process for at least three hours. In my test, it reacted as expected when it started to rain – quickly, safely and comprehensibly.
A frost protection function is also integrated, which puts the appliance into sleep mode if the temperature is too low. This is supplemented by a night mode with reduced speed, which is intended to help protect nocturnal animals such as hedgehogs. Whether this measure is actually effective in practice remains questionable – because many animals remain motionless in the event of danger, which can also be a problem with a slow robotic lawnmower.
Security and theft protection
If the robotic lawnmower is lifted, it triggers a loud alarm and is automatically locked. Operation can only be resumed once the previously defined PIN has been entered. However, for additional functions such as live location, an abandonment alarm or extended remote monitoring, the separately available Link module would have to be installed – these functions are not included as standard.
Summary
Overall, the Dreame A1 Pro did a solid job in my terrain. Navigation on grass is precise, the sensor system reacts comprehensibly and even in difficult situations the robot shows perseverance and problem solving – albeit with a little patience. The main weaknesses are on soft or slippery surfaces where the tread of the wheels does not grip optimally. Anyone using the A1 on typical garden soil and lawns will get a reliable, modern and pleasantly quiet robotic lawnmower. However, like many of its competitors, it reaches its technical and physical limits in borderline areas.
- Langlebige Borsten: Mit robusten, steifen Borsten ist die Bürste auf Langlebigkeit ausgelegt und verspricht eine lange und produktive Lebensdauer.
- Effektive Reinigung: Diese Bürste bietet gründliche Reinigungsfunktionen, entfernt effizient Staub und Schmutz und bewahrt gleichzeitig die Unversehrtheit der gereinigten Oberflächen.
- Abmessungen: 106,5 x 80,4 x 52,7 mm Gewicht: 116g
Dreame A1 Pro vs. other robotic lawn mowers in comparison
What distinguishes the Dreame A1 Pro from classic robotic lawnmowers?
The Dreame A1 Pro is positioned as a cordless alternative to classic robotic lawn mowers with boundary wire, RTK module or external camera. The biggest difference lies in the navigation and mapping technology. While conventional models rely on fixed boundary wires and simple random or grid algorithms, the A1 Pro uses a fully visual system with LiDAR-supported 3D navigation.
Advantages over wired models
Compared to entry-level models such as the Gardena Sileno, Worx Landroid S/BASIC or Einhell Freelexo, which all require a boundary wire, the A1 Pro impresses:
- Significantly faster and simpler setup
(no cable laying, no ground spike installation, no transformer wiring required) - Digital map management with zones, restricted zones and connecting routes
- Intelligent navigation via OmniSense™ and 360° LiDAR
instead of a random strategy or a fixed route - App-based flexibility, including cutting height, schedules and mowing patterns
These advantages make the A1 Pro particularly interesting for users who do not want to lay cables or who have an area that is difficult to wire (e.g. with paved passages, raised beds or several areas).
Differences to RTK-supported models such as the Dreame A2 or Anthbot Genie 600
Compared to models with RTK navigation (e.g. Dreame A2, Luba AWD 5000 or Anthbot Genie 600), the A1 Pro takes a different approach. It does not use a satellite connection, a reference station or UWB beacons. Instead, it works exclusively with internal LiDAR sensors and the SLAM algorithm (Simultaneous Localization and Mapping).
This has several advantages:
- No external antenna or calibration required
- Independent of reception quality and weather conditions
- Less susceptible to interference from tall buildings, trees or metallic surfaces
Compared to the RTK system, mapping with the A1 Pro is manual, but only needs to be carried out once. The positioning accuracy is very high, but not quite at RTK level, especially with several parallel movements with minimal overlap.
Strengths and weaknesses in the overall picture
Strengths:
- No boundary wire required
- Quick setup and intuitive app
- Precise navigation through visual environment recognition
- Good mowing quality and reliably repeatable area coverage
- Sophisticated zone management and mowing patterns
- Low noise level
- High-quality appearance and good operating concept
Weaknesses:
- No live positioning without link module
- Weaknesses in obstacle detection of very small objects
- Reduced grip on smooth surfaces
- Longer release phases on loose surfaces
- App occasionally sluggish with many notifications
My conclusion on the Dreame Roboticmower A1 Pro
The Dreame A1 Pro robotic lawnmower is a well thought-out, modern device that is particularly aimed at users who are looking for a cordless solution without RTK equipment. Setup is simple, navigation is precise and the overall system is functionally well coordinated.
I am particularly impressed by the simple mapping and management via app, the flexible operation and the solid mowing performance – even on more demanding terrain. Obstacle detection works well in many cases, but showed clear weaknesses in the test with very small or soft objects. On the positive side, the robot was able to free itself from every critical situation – even if this took a long time in some cases.
The A1 Pro is ideal for gardens with a firm lawn edge, continuous surface and little loose ground. Anyone who regularly mows two separate areas or values absolute precision should know the limits of the system – or alternatively opt for a model with RTK navigation.
Overall, the Dreame A1 Pro is a technically sophisticated, pleasantly quiet and visually appealing robotic lawnmower that combines modern sensor technology with practical operation – making it a real alternative to wired or RTK-supported devices.
Summary: Dreame A1 Pro robotic lawnmower in practical test
The Dreame A1 Pro robotic lawnmower completely dispenses with boundary wires, RTK antennas or beacons and instead relies on wireless navigation via a 360° LiDAR sensor and the proprietary OmniSense™ system. In my extensive test over several weeks, I tried out the robot under realistic conditions in my garden.
Setup was quick and easy thanks to the app control and manual mapping. Particularly practical: the charging station can be flexibly positioned on paved areas and access can be defined via definable connection paths. The 3D mapping via LiDAR enables the creation of zones, restricted zones and individual schedules directly in the app.
In the practical test, the Dreame robotic lawnmower A1 proved to be sure-footed on my property with a slope of around 20% – even in wet conditions. On sidewalks and gravel surfaces, however, the robot struggled with reduced grip and longer release phases. Positive: He was always able to free himself, even if this sometimes took a while.
Obstacle detection worked reliably for large objects, but smaller objects such as a garden hose, a sponge or a toy hedgehog were run over – this is where the system reaches its limits.
The Dreame app offers many functions such as mowing direction, cutting patterns, zone selection and status displays, but in my test it sometimes reacted slowly and generated many notifications, which was annoying in the long run.
In direct comparison with classic robotic lawnmowers, the Dreame A1 Pro offers clear advantages: no cable laying, flexible zone maintenance and modern 3D navigation. In contrast to RTK-supported models such as the Dreame A2, the A1 works exclusively with visual sensors – ideal for gardens without a clear view of the sky or without the need for external antenna technology.
My conclusion: The Dreame A1 Pro is a powerful, visually appealing and pleasantly quiet robotic lawnmower that is particularly suitable for medium-sized gardens with firm lawn edges. For those who rely on modern technology without boundary wires and do not require RTK precision, the Dreame A1 Pro robotic lawnmower is a convincing solution for automated lawn care.
FAQ – Dreame A1 Pro robotic lawnmower
1. does the Dreame A1 Pro really work completely without a boundary wire?
Yes, the Dreame A1 Pro does not require a boundary wire, RTK antenna or beacons. Navigation takes place entirely via a 360° LiDAR sensor with manual mapping via app.
2. how does the setup work?
Once the charging station has been positioned, the robot is connected via the app, a PIN is assigned and the mowing area is mowed manually. The app stores boundaries, zones and restricted areas – without the need to lay any wires.
3. how accurate is the obstacle detection via LiDAR?
Larger objects such as trees, garden furniture or raised beds are reliably detected. The system does not always reliably detect flat, small or soft objects (e.g. toys or hoses).
4. what lawn area can the A1 Pro handle?
The robot is designed for areas up to 2,000 m². The mowing performance is 120 m²/h in standard mode and 200 m²/h in efficiency mode.
5. how long does the robot run on one battery charge and how quickly does it charge?
The battery life is approx. 90-120 minutes, depending on the mode. The robot automatically returns to the station when the charge level is low. The charging time is around 65 minutes.
6 How does the app control work?
The Dreame app enables settings such as mowing direction, schedules, zone management, cutting height, mowing pattern, manual control and firmware updates. It is intuitive to use, but occasionally showed short loading delays in the test.
7. can the robot be used on two properties?
Yes, several cards can be saved. The robot can be started manually on a second property if no second charging station is available there. A second station is recommended for convenient regular operation.
8 How good is the mowing quality?
The cutting pattern is uniform. Changing mowing patterns such as chessboard or cruising reduce the number of lanes. The cutting height is freely adjustable between 30-70 mm.
9. is the Dreame A1 Pro suitable for slopes or gravel?
The robot works reliably on lawns with slopes of up to 20 % – even in wet conditions. However, it loses traction on gravel and is slow to free itself. The device is only suitable for loose surfaces to a limited extent.
10 What makes it different from RTK robotic lawnmowers?
Unlike RTK models such as the Dreame A2 or Anthbot Genie 600, the A1 Pro does not require an antenna or satellite connection. Navigation is purely visual using the SLAM algorithm. This makes it insensitive to trees or buildings, but slightly less precise on parallel tracks.
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