Robotic Mower Torture Test: The Mova LiDAX Ultra 1200 in Demanding Terrain

The Mova LiDAX Ultra 1200 on Test

Some readers may already know the MOVA brand from the robot vacuum segment, where it has established itself as a fixture in the upper premium segment after several test wins. Its rise was almost meteoric. Now the journey continues with a stronger expansion into the robotic mower segment, and I can already reveal this much: the brand can definitely hold its own here as well. In the near future, more garden and household appliances will also appear on the German market, including lawn mowers and cordless screwdrivers. So we will definitely be hearing a lot more from MOVA soon.

Let’s stay with robotic lawn mowers: In the past, I have already been able to test a few solid mid-range robotic mowers, from the wire-guided [url="https://www.siio.de/quack/4658/der-worx-landroid-m700-plus-wr167e-im-test-dichter-rasen-wohin-man-schaut/",name="Worx Landroid M700",title="Zum Testbericht des Worx Landroid M700"] to the wireless [url="https://www.siio.de/quack/4788/der-navimow-i105e–test–der-beste-im-preis-leistungsverhaeltnis/",name="Segway Navimow i105",title="Zum Testbericht des Segway Navimow i105"]. Since then, quite a lot has happened again. For a long time, an additional antenna for RTK was still needed to ensure reliable navigation, but newer models now manage entirely without this support. That means: unpack it, place it, map the lawn area, and get started. That’s exactly how you want it.

How well that worked in the case of the Mova LiDAX Ultra 1200 can be found out in the following review. One thing in advance: it did not have it easy. While many tests take place on a domestic rectangle with English lawn, we let the device run on a complex lawn with slopes, numerous obstacles, moisture, and exceptional unevenness. So this test can truly be called a torture test, and that is a good thing, because by now almost anyone can handle simple rectangular lawn areas.

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Summary of the Most Important Test Results of the Mova Lidax Ultra 1200

The Mova LiDAX Ultra 1200 impressed me in testing above all with its wireless capabilities. Setup is pleasantly quick because neither a boundary wire nor an RTK antenna is required. Instead, the robot relies on 3D LiDAR and camera, maps the garden cleanly, and then works in orderly paths instead of using the familiar chaos principle. This is also very clear in everyday use: the cut pattern is even, and even on uneven terrain with vigorous spring grass growth and many obstacles, the area looked tidy and well-kept after a few runs.

The LiDAX Ultra 1200 also gets a lot right when it comes to obstacles. Toys, tools, and people were usually detected reliably in the test and carefully avoided. In my impression, the sensor system—depending on the selected settings—is tuned to be rather defensive than risky, which is a real advantage especially in family gardens. It also performs well on slopes and difficult passages, even if you can tell on damp or especially demanding ground that this is a rear-wheel-drive machine and not an all-wheel-drive one. Added to that is pleasantly quiet operation, so the robot is hardly bothersome even in densely built residential areas.

Its weaknesses are mainly in the details. The edge cut is good, but not entirely perfect, because a small remainder can be left at the edge. In individual cases, the obstacle detection also reaches its limits due to uneven ground or unfavorable angles. And on difficult terrain with many slopes, narrow passages, obstacles, tall grass, and pronounced unevenness, the area performance per battery charge drops noticeably.

All in all, however, the Mova LiDAX Ultra 1200 is a very good overall package for medium-sized gardens if you value modern navigation, quiet operation, and minimal installation effort.

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Technical Specifications

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Scope of Delivery & First Impression

The scope of delivery is extensive and includes the following:

• MOVA LiDAX Ultra robotic mower

• Charging station + ground stakes for mounting

• Power supply and extension cable

• Cleaning brush and lint-free cloth

• Replacement blade set (9 blades)

• [url="https://m.media-amazon.com/images/I/D1oJsnQ-gIL.pdf?ref=dp_product_quick_view",name="Bedienungsanleitung",title=""] and quick start guide

It’s good that replacement blades are also included. That should easily get you through a season.

Design and Build Quality

The box quickly shows what to expect – autonomy on the lawn: the Mova runs without a boundary wire, without an RTK antenna, only with LiDAR-supported navigation and camera support, and all of it endorsed by Luka Modric 😂, who dresses up the packaging as the advertising partner. Still, I inevitably ask myself how the robotic mower will perform in complex terrain without any external support at all. More on that later. First, let’s get to the "unboxing."

The first impression of the MOVA LiDAX Ultra 1200 is thoroughly positive: it clearly positions itself as an innovative upper mid-range robotic mower. And honestly, the design is really well done. Premium carbon look at the front, while the rear feels like a sports car from Zuffenhausen. Add to that the modern camera, LED all-around status light, and off-road-capable wheels with sporty rims – the Mova LiDAX Ultra 1200 is a real eye-catcher on the lawn. So my verdict is: a successful move by Mova!

Another plus point goes to the side rubber padding, which acts as a shock absorber and offers protection against scratches. With robots like the Navimow i105, I had to buy that separately. I would, however, have liked to see additional rubber padding on the front bumper.

I was also somewhat surprised by the size – the device is not exactly small, with a length of around 66 cm and a width of 44 cm. At around 13 kg, it can still be moved easily. A handle at the rear helps carry the device safely.

Wheels

The solid rubber tires are one thing – deep. By that I mean real spikes that are supposed to provide grip in the garden, because Mova also promises quite a lot when it comes to slopes. Having already tested several robotic mowers, the spikes seem a bit oversized, but as long as it doesn’t spin too much, I don’t see any problems.

Display & Rotary Knob

The LCD display gives a relatively clear impression in terms of resolution. It sits under a small hood and has a pleasant size. The rotary knob is easy to use, all four buttons are self-explanatory (On/Off, Start, Back in the menu, and Return to station + a few combinations, e.g. for reset). The menu navigation is also intuitive and the system responds quickly to input. So everything is practical.

Setup

Setup is clearly one of the biggest strengths of the Mova LiDAX Ultra 1200. As already mentioned above, the process here is: unpack, place the charging station, connect, map, and get started. That is exactly how you want a modern system to work, increasingly reaching the convenience of current robot vacuums.

Not just on paper, but also in testing, getting started was pleasantly uncomplicated. Bluetooth and then Wi-Fi connection are set up quickly. The app guides you properly through the first steps, the basic setup is done quickly, and the mapping also made an overall well-thought-out impression. Especially on a property that does not just consist of a simple rectangular area, you need a few more functions. And you do indeed find them in the setup.

Mapping

First, you create an initial map. The device is recommended for a maximum lawn area of 1,200 m². This can be mapped either as one connected area or as separate garden sections. For mapping, you can choose either automatic mapping or manual mapping.

In my first attempt, I tried the automatic mapping. The garden was marked out reasonably well and my expectations were high. Overall, the result was usable, but I would have liked to see less distance from the edge. In addition, the device repeatedly stopped again after a few meters, so I had to restart the auto mapping several times. Not a major issue, because you can correct and fine-tune passages as you like. From experience, however, I know that reversing, touching up, etc. also takes time. In the end, I therefore decided to recreate the map using manual control.

In manual mode, the Mova LiDAX Ultra 1200 moves relatively agilely. I handled it well, the robot responded quickly to direction changes, only the turns took me a little longer. Overall, I was able to create a precise map in one attempt. So the result was satisfactory. After around 10 minutes, the map for the roughly 100 m² lawn area was finished.

I found the generated 3D map with points absolutely impressive:

Mowing Performance in Practical Testing

In practical use, the Mova LiDAX Ultra 1200 quickly makes it clear that it is not one of those robots that wanders aimlessly through the garden. It works systematically, drives neat paths, and feels pleasantly controlled while doing so. Via the app, you can set different directions and the alternation of directions so as not to put unnecessary strain on the turf.

Quality of the Lawn Cut

In the lawn-cut test, the Mova LiDAX Ultra 1200 had to prove itself directly on demanding terrain. On the one hand, our test garden has a number of uneven areas, and on the other hand several obstacles and natural barriers such as shrubs, flowers, and decorations. On top of that, by April the grass had already grown to nearly 10 cm, thus reaching the maximum limit of the recommended grass length.

Even on its very first run, the Mova LiDAX Ultra 1200 delivers a very decent overall result. The cut pattern appears even, clean, and visibly well-kept. Above all, the orderly path guidance creates a level overall impression on the uneven surface.

The device also cuts a good figure when it comes to edge mowing. It can’t work miracles, of course, but it does get to within a good 3 centimeters of the lawn edge. This is ensured by the UltraTrim 1.0 system, i.e. the ability to shift the cutting unit sideways toward the edge. It drives halfway over level lawn edges and even mows them flush here.

App Functions:

Obstacles and Difficult Passages

As mentioned above, there were already some natural obstacles and boundaries to consider in the test. Here, the Mova worked quite reliably and detected almost everything. Toys, people, and tools on the lawn were no problem. As soon as the Mova has detected a relevant object, it slows down and carefully drives around it. Suitable settings for how close and what size is relevant can be found in the app.

In one case, however, its obstacle detection did not trigger. The device was driving over an uneven spot at the time, causing the camera to tilt slightly upward. As a result, it overlooked the bicycle helmet lying in front of it (see image). That is a pity, because overall the obstacle detection seems to work well and almost achieved top marks. It should be noted that the relevant obstacle height was set to 20 cm, which in combination with the uneven ground apparently did not trigger obstacle avoidance. So there is some room for adjustment here.

With reduced obstacle avoidance, the Mova LiDAX conversely has no problem driving into tall grass.

Difficult passages up to 60 cm wide are no challenge for the Mova LiDAX Ultra 1200. It passed through them reliably. Only the direction of travel was sometimes unsuitable. For example, the Mova tackled long but narrow passages crosswise. That means, instead of driving up and down the long passage 4 times, it drove along the width of the passage with numerous turns, which strained the lawn and battery more than necessary. Here it should have automatically chosen a different direction. However, this is a solvable problem, because you can easily adjust the direction in the app or even select alternating patterns to avoid repeated tracks. It just didn’t detect this automatically.

Handling Slopes

With the LiDAX series, Mova promises the ability to handle slopes of up to 45% maximum. And in fact, the Ultra 1200 shows in the test that it is not only suited for the smooth showroom lawn. Smaller slopes, uneven areas, and more demanding terrain sections do not immediately push it to its limits. So if you don’t have a lawn straight from an advertising brochure, there is no need to worry.

In some places, especially when the lawn is slightly wet, the wheels do slip. This happens mainly when some dirt gets caught in the tread and the tread is no longer as effective. Then you may find slight tire marks. However, the Mova notices the spinning quickly and tries another way to free itself, which always worked in the test. In other words, it never got stuck in the test; even in the soft earth hollow of an old tree, it got in and out well. The spikes do their job.

Bottom line: rear-wheel drive is completely sufficient for many gardens, though naturally there would be even more potential in difficult terrain. For typical private properties with some incline, the overall picture is still good. The LiDAX Ultra 1200 is not a mountain goat, but it is significantly more capable off-road than its appearance might initially suggest.

Noise Level During Operation

When it comes to noise, the Mova LiDAX Ultra 1200 scores plenty of points. The device works pleasantly quietly and clearly belongs to the robotic mowers you are still happy to let run in the garden even when you are sitting on the patio yourself. I could not hear any motor noise at all. Only the trimming of the grass and, in part, the driving noises of the wheels are noticeable. I measured around 55 dB while mowing, which is a good value.

Only the triple beep whenever it detects an obstacle or cannot continue is annoying. However, the signal tones can also be deactivated.

This means the device is overall well suited not only for an isolated hermit, but also for any city dweller who wants to keep their garden tidy in a densely built terraced house neighborhood,

Efficiency, Area Performance, and Battery Life

With regard to area performance, the picture is mixed. In steep terrain with many turns and tall grass, the LiDAX Ultra 1200 used around 75% of its 5000 mAh battery capacity for 100 m² of lawn within 67 minutes. This roughly matches the manufacturer’s figures of 70–90 minutes of runtime per battery, with an area performance of 170–190 m². The fact that it was only 100 m² in the test may be due to the very demanding conditions described at the beginning.

The fast charging capability was impressive. After just one hour, the device was already back above 90% battery level and was able to finish its job quickly.

In simple terrain, I therefore estimate that it can mow a good 180 m² on one battery charge. It is therefore well sized for typical medium-sized gardens. Spread over the day, the advertised 1,200 m² should be well covered, for which it needs around 7 hours of mowing + 6 hours of charging time. In everyday use, that would of course mean it is out and about for 1,200 m² from 8 a.m. to 9 p.m..

All in all, the Mova LiDAX Ultra 1200 demonstrates an efficient way of working. Depending on the nature of your garden, however, the values may vary greatly.

User-Friendliness & Control

In the test, I quite literally "figured out" the Mova LiDAX Ultra 1200 quickly. The most important functions are accessible in the app without lengthy searching. Mapping, zones, restricted areas, mowing direction, and obstacle settings can be reached in just a few clicks. This means changes can also be made quickly while the device is running. However, not everything. For some settings, the device must be at the docking station.

It is helpful that the range of functions does not come at the expense of clarity in the app. The LiDAX offers enough setting options without the operation becoming confusing. Especially for a device that has to combine mapping plus countless settings that should be accessible at any time, that is quite an achievement. This is where Mova’s experience from the robot vacuum segment becomes visible.

Operation Directly on the Device and via App

Operation directly on the device is kept simple. The display shows the most important information, the rotary knob responds cleanly, and the buttons are self-explanatory. For start, stop, schedules, or quick checks, that is completely sufficient.

The actual control, however, clearly runs via the app. There you can neatly create mowing zones with individual settings, restricted zones, paths (corridors), and mowing directions. In the test, it was especially positive that even details such as the response to obstacles or the driving direction of individual areas can be adjusted without detours. That is useful in everyday life because it lets you respond directly to the weaknesses of a property.

When it comes to no-go zones, you can also set what kind of zone it is, e.g. a flower bed or sandbox. So far, I have not been able to tell whether the type of forbidden zone makes any difference.

In addition, Mova also offers a few gimmicks – for example, you can set shapes that the robotic mower then mows into the lawn, such as a heart ❤️ for your better half. At the latest, that should make the device pay for itself 🤣.

Long frowned upon as a gimmick with data protection concerns, it has now become a useful feature – the live camera feed. Mova offers dedicated patrol drives in the app. So if you spent the last storm while on vacation in Mallorca and now want to see which flowers and patio furniture survived, this gives you the right access. Even better, the device can be triggered by human contact and thus capture sticky fingers directly on camera. However, a functioning internet connection is important and for that, if it is moved outside your own Wi-Fi, you need the above-mentioned 4G module of the robot.

Programming Options and Schedules

When it comes to schedules, the LiDAX Ultra 1200 offers all the key basic functions. Mowing times can be set, zones can be taken into account, waiting times after rain, frost protection, winter/autumn schedules, and much more.

In the test, it was also helpful that the mowing behavior can be individually adapted to the garden. Depending on the area, you can fine-tune the direction or use alternating patterns. This was especially relevant in narrower passages where the automatic choice was not always ideal.

Error Handling and Support

If problems occur, it is worth first taking a look at the status light on the robot and the LED on the charging station. Red signals an error, green a successful charging process or full battery. After that, you should check the error message, map status, charge level, and obstacle settings in the app. In practice, it also helps to inspect the camera, LiDAR, charging contacts, wheels, and mowing deck for dirt or blockages. Especially with a sensor-based robotic mower, these are the most common causes.

Overview of Possible Status Lights

Cleaning, Maintenance & Care

When it comes to maintenance, you can tell that the Mova LiDAX Ultra 1200 is not a simple disc mower but quite a packed system. On top sits UltraView 2.0 with 360° 3D LiDAR and AI vision, and there are also camera and security functions such as TrueGuard. Underneath works a floating cutting system that adapts to uneven ground. That is exactly why care here does not just consist of removing grass under the deck. If you want to keep the device clean over the long term, you especially have to keep the sensors in mind.

It is practical that MOVA did not make the LiDAX unnecessarily sensitive. The device is IPX6 waterproof and, according to the manufacturer, the app even lets you define your own cleaning points that the robot drives to independently. That makes sense in everyday use because with a robot weighing 13.8 kg, you do not want to carry it around by hand all the time just to quickly hose it down.

Cleaning the Device

In the test, the cleaning effort remained manageable overall. On the one hand, you can clean the mowing deck well with the garden hose (attention: switch it off first and attach the LiDAR protection). On the other hand, the sensors can be wiped clean quickly. Precisely because the LiDAX works with 3D LiDAR, AI vision, and camera, it is not enough to just remove the grass clippings underneath. If dust, splashes, or pollen sit on the sensor surfaces above, the entire orientation system works under poorer conditions.

A positive point is that MOVA itself offers maintenance accessories for exactly these components. In the accessory shop, there is a radar cleaning brush for €11.99 and a cleaning set for €24.99.

Only the wheels can significantly increase cleaning effort if it gets into muddy terrain:

Blade Changes and Spare Parts

When changing blades, the LiDAX Ultra 1200 benefits from the fact that MOVA is not using an exotic special solution. Officially, there is a blade set with 12 blades and 12 screws, compatible with the LiDAX Ultra 800/1200/1600, currently for €15.99. That is important because the floating cutting system and the adjustable cutting height of 3 to 10 cm only really deliver clean work when the blades are sharp.

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For everyday use, that is a cost-saving matter. On the one hand, there are enough third-party suppliers to keep prices reasonable; on the other hand, the LiDAX is therefore not a disposable device but remains maintainable as a system. Blades, cleaning accessories, garage, 4G module, and battery are already listed in the official accessories section. That is exactly what you want to see from a new model line.

Battery Durability

When it comes to the battery, MOVA provides quite clear data for the LiDAX Ultra 1200: 5 Ah, 3 A charging current, 65 minutes charging time, and 70 to 90 minutes mowing time per charge. That generally fits a device in this class. In the test, however, it also became clear: these values depend heavily on the terrain. In simple terrain, that is plausible; in steep or uneven ground with many turning maneuvers, the battery naturally drains faster.

For long-term use, what matters less than the ideal value is the replacement question. And here the LiDAX is in a decent position: MOVA lists an official 5A replacement battery with 18 V, 5 Ah, and 90 Wh for compatible models, including the LiDAX Ultra 1200, for €149.00. In addition, MOVA states a 3-year warranty on the product page. Together, both are much more valuable than a nice lab figure because they show that the battery and the device as a whole were not designed as a disposable platform from the outset.

Winterizing the LiDAX Ultra 1200

For winter storage, I would not simply leave the LiDAX Ultra 1200 outside in the station despite its IPX6 rating. There is simply too much technology in the device: 360° 3D LiDAR, AI vision, camera, TrueGuard, and optionally even a Link module for additional connectivity. This is robust garden technology, but it is also sensor tech that benefits from dry storage.

For the winter break, I would therefore firmly plan four points: clean the device underneath, clean the sensor surfaces, check the blade condition, and do not store the battery deeply discharged. The fact that MOVA mentions adjustable charging times and reduced standby logic fits well with that. This means the LiDAX is not a delicate exotic, but it is also not the type of device you simply forget in November and switch back on in March.

Safety & Reliability

I already touched on it briefly above in the test, but I want to go into more detail here about the safety mechanisms: when it comes to safety, the Mova LiDAX Ultra 1200 deploys various systems. The foundation is UltraView 2.0 with 360° 3D LiDAR, 1080p HDR RGB camera, 70 m detection range, and AI-assisted object recognition. MOVA states that the system can recognize more than 300 types of obstacles, including people, pets, small animals, and smaller garden items. That generally matches practical impressions: the robot does not drive into obstacles first and react on contact, but instead becomes visibly more cautious in front of relevant objects and avoids them in a controlled manner.

However, reliability also includes putting its limits into perspective. In my test, obstacle detection worked well overall, but it did not achieve top marks in every situation. A bicycle helmet was overlooked once on an uneven spot because the front of the robot was angled slightly upward at that moment. That also fits the product logic: the technology is strong, but it remains dependent on camera angle, terrain shape, and the threshold values set in the app. That is exactly why it makes sense not to simply leave obstacle height and sensitivity at the factory setting in your own garden.

Emergency Stop Function and Obstacle Avoidance

In everyday use, what matters most is what happens when you need to intervene immediately. According to the manual, pressing the stop button on the robot triggers an emergency stop; afterwards, the PIN code must be entered and confirmed directly on the device. That is a sensible solution, because after intervention the device has to be deliberately re-enabled. That is certainly useful for households with children.

When it comes to obstacle avoidance, the LiDAX Ultra 1200 brings a lot of practical technology. MOVA combines 3D point cloud data with AI image processing and explicitly states that even small garden objects should be recognized. This is precisely where the system showed one of its strengths in the test: tools, toys, and people on the lawn were detected reliably. The fact that the robot slows down in front of such objects is not just a show effect but a real safety gain. At the same time, the sensor system remains on the cautious side. If in doubt, that is the better weakness than the reverse.

Behavior in Rain

When it comes to weather, MOVA relies on a rain sensor. According to the manufacturer, the series detects rain and snow, then returns independently to the charging station and only resumes mowing once conditions and the lawn are sufficiently dry. Drying times of 8 hours or more can be set for this.

In the test, rain detection worked wonderfully. When it rained, the device did not even start and waited out the set time. And that is a good thing, because in the test the Mova showed that damp grass places heavy demands on traction and can lead to slight tire marks. An 8-hour break is therefore absolutely recommended to avoid ruts in the lawn.

Incidentally, rain itself can do little harm to the robot thanks to its IPX6 protection rating.

Theft Protection and Child Safety

To protect the expensive lawn companion from sticky fingers, Mova offers various mechanisms. Some are available directly, others only at extra cost.

First of all, there is a lift warning that triggers an alarm (with adjustable volume) and sends instant app notifications if the owner is not nearby.

MOVA also advertises intelligent 4G theft protection via the Link module as an optional accessory. This gives you an immediate message as soon as the defined map is left and allows you to track the mower in real time via Google Maps — even without Wi-Fi. In addition, an AirTag compartment is available at the front. That is worth its weight in gold for openly accessible properties. As already indicated above, however, this is not included as standard with the 1200 model, but rather an optional module that requires a one-time payment of 150 euros.

In patrol mode, the Mova LiDAX additionally detects the presence of other people and sends a message to the owner.

The manual also points out that every device is bound to a MOVAhome account after pairing. So thieves initially have no direct use for the device.

The primary child safety lock is the PIN code on the display, which is required before every action. In addition, if child safety is activated, it is automatically enabled after 5 minutes of inactivity.

All in all, the safety concept of the LiDAX Ultra 1200 seems coherent. It does not consist of just an alarm or an app notification, but of several layers: lift warning, presence detection, PIN code, optional tracking, and AirTag. In plain language, stealing the device is hardly worth it.

Price-Performance Ratio & Alternatives

Price of the Model Compared to Similar Devices

At 999 euros on the Dreame site, the Mova LiDAX Ultra 1200 is currently in a fair range. For that price, you get a wireless robotic mower for 1,200 m² with 3D LiDAR, AI Vision, U-path planning, 20 cm cutting width, 3–10 cm cutting height, 57 dB(A), and 65 minutes charging time. Judging by the technology and the impression from the test, the price level fits.

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Price of Spare Parts

The LiDAX also remains reasonable in terms of running costs. According to your price check, the 12-pack replacement blades cost 19.99 euros. In addition, MOVA already offers suitable accessories such as a cleaning set, radar brush, garage, battery, and connectivity modules. That is important because it shows that the device is not designed as a disposable product.

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Subscription Costs for GPS Tracking

Here, you have to distinguish carefully: the 4G module is the hardware and is mostly sold together with 1–3 years of service, while the Link module service or connection service is the mobile / tracking connection (i.e. the subscription). The subscription then becomes necessary afterwards. MOVA lists the 4G module for 149 euros and the Link module with 1 year of free connection service for 69 euros. In the MOVA forum, support also explains that after the free period expires, 99 euros per year are charged, although 69 euros per year currently applies as a discounted price. So for the LiDAX Ultra 1200, this is an optional additional item, not a mandatory purchase.

On Amazon, you can find the 4G module with 3 years of service under the following conditions:

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Incidentally: with the AWD models and the LiDAX 1600, the 4G module with 1 year of Link service is already included.

Additional / Optional Accessories

From my perspective, the most useful accessory is the garage. According to your price check, it costs 119.99 euros. Especially for a device with 3D LiDAR, camera, and lots of sensor technology, that is more than just cosmetics. If you leave the robot outside permanently, a garage reduces constant stress from sun and weather. Cleaning accessories and the optional 4G/Link module are also practical.

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Are There Worthwhile Alternatives on the Market?

Yes. From my point of view, the most direct rival is the ECOVACS GOAT O1200 LiDAR PRO. It currently costs 979 euros and also covers 1,200 m². That puts it very close to the LiDAX in terms of price. The Segway Navimow i208 you mentioned currently costs 1,199 euros on Amazon and, according to the listing, is designed for 800 m². That makes the Mova clearly more attractive in terms of price per area. If, on the other hand, you are looking for more traction on difficult terrain, you should look more toward AWD models.

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FAQ

• help

  How does navigation work without an RTK antenna?

  The LiDAX Ultra 1200 uses 3D LiDAR and camera instead of RTK. From my point of view, that is one of the most exciting aspects of this model, because it orients itself directly to the real garden structure and does not require an additional antenna in the garden. It worked very well in the test.

• help

  How well does the automatic mapping work in practice?

  In the test, automatic mapping worked well overall. On simple, clearly structured areas, it is quick and clean, while manual fine-tuning occasionally remains useful in winding or more complex gardens.

• help

  How good is the cut pattern on uneven terrain?

  Surprisingly good despite the difficult conditions in the test. Particularly on uneven ground, I was impressed that the lawn still looks relatively even. That is mainly because the robot works neatly in paths with changing directions rather than driving in a restless chaotic pattern, and the mowing deck is floating-mounted.

• help

  How cleanly does the edge cutting really work?

  Good, but not perfect. Usually only a small remainder is left standing. Overall, in my assessment the LiDAX works more cleanly at the edge than many older models, even if a completely borderless cut is still not possible for safety reasons. At least it got to about 3 cm from the edge.

• help

  How reliably does the robot detect obstacles such as toys, tools, or animals?

  Quite reliably in the test. Toys, tools, and people were detected well. In individual cases, however, detection can be limited by uneven ground or less suitable settings. That is why I would not rely on it blindly in everyday use, but still keep the area as clear as possible and not let it run in the presence of animals,

• help

  How well does the LiDAX Ultra 1200 handle slopes?

  It is well suited for normal garden slopes. On damp or loose ground, the wheels occasionally spin, but it never got stuck in the test. That speaks for practical, though not unlimited, slope capability.

• help

  How large is the mowing area per battery charge in practice?

  In simple terrain, around 180 m² per battery charge is realistic. In more demanding terrain (like we had in the test) with slopes, many turns, or taller grass, the practical area performance drops more toward about 120 m².

• help

  What ongoing costs arise for GPS tracking and mobile connection?

  For 4G and GPS, additional hardware (149 euros one-time) and a suitable Link service are required. After the free period, the service currently costs around 69 euros per year for the connection service. In my view, you should definitely factor that into the total cost when buying, especially if you have a large property, possibly with open boundaries, or live in an area where robot theft is not uncommon.

• help

  Is there a child lock or PIN lock?

  Yes. The robot automatically activates the keypad lock after 5 minutes, provided child safety is enabled. After an emergency stop, the device must be unlocked again via PIN. That is useful in practice, because the robot cannot simply start running again immediately.

• help

  How good is the theft protection?

  Decent, but of course there is no 100% security. Alarm and lift protection are available; full tracking is only available with the optional 4G module + Link service. An AirTag can optionally be integrated. Without this extra, the protection remains solid, but often not sufficient.

• help

  Is the garage worth it as an accessory?

  Yes, basically it is. Especially for a robotic mower with LiDAR and camera, I consider additional protection from weather and strong sun sensible. However, if you want to keep an eye on your budget, you can also find cheaper third-party alternatives.

My Final Conclusion

The Mova LiDAX Ultra 1200 impressed in the test especially where modern robotic mowers have to deliver today: easy setup, clean navigation, and a decent cut pattern. The wireless concept works. Instead of boundary wire and RTK antenna, MOVA relies on 3D LiDAR and AI Vision, plus automatic 3D mapping, U-shaped path planning, and a mowing area of up to 1,200 m². Technically, this is a coherent package.

In everyday use, it became clear that the LiDAX Ultra 1200 does not drive aimlessly across the lawn, but works systematically and gently on the turf. Especially on uneven terrain, this creates a surprisingly calm cut pattern. Edge cutting is also good overall, even if a small remainder can still be left standing depending on the edge layout. When it comes to obstacles, the Mova usually works reliably and cautiously. Toys, tools, or people were detected well in the test. However, the system was not entirely flawless: in difficult situations with uneven ground or an unfavorable camera angle, detection can reach its limits.

It is also positive that the technology is not only modern on paper. 20 cm cutting width, 3 to 10 cm cutting height, 45% climbing ability, 180m² per battery charge, 65 minutes charging time, and 57 dB(A) match relatively well with what the robot showed in the test. It should be noted that in simple terrain, around 180 m² per charge is realistic, while in demanding terrain it is more like 120 m².

All in all, the Mova LiDAX Ultra 1200 is a very good robotic mower for medium-sized gardens, especially if you are looking for a wireless system with modern sensor technology. It is not perfect. There is still room for improvement in edge cutting, in obstacle detection at the limits, and in very difficult passages. Overall, however, it delivers a mature overall package with plenty of convenience and a convincing result in the test.

You can buy the device, as always, on Amazon

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