Today, we're diving into the heart of a true revolution in garden maintenance with the Luba Mini Lidar AWD. From the very first moment, it's clear that this robotic lawnmower is anything but conventional. It moves with impressive precision, scanning its surroundings with its miniaturized lidar, and adjusting its trajectory as if the garden were its own. Each pass reveals rare mastery, every corner is explored effortlessly. Forget what you thought you knew about robotic lawnmowers: with the Luba Mini Lidar AWD, autonomy and performance reach a level that redefines standards and transforms mowing into an almost mesmerizing experience.
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Mammotion Luba Mini AWD Lidar The marriage of 4x4 power and Lidar intelligence
We've already had the opportunity to showcase many robots on our site, including models known for their robustness and performance. Among them, the mini AWD 800 and AWD 1500 versions, which we've already tested, offered impressive automatic wireless navigation, managing up to 1500m² and 20 different zones. These models allowed users to choose between installing an RTK relay or using 4G and NetRTK+ technologies, the latter of which are offered without a subscription until the end of 2025.
But the newcomer we're talking about today is different. It's the very first robot mower equipped with LiDAR technology , a system that uses laser beams to analyze distances with incredible precision. It promises to bring together the best of both worlds: four-wheel drive for unmatched traction and crossing, and this cutting-edge LiDAR system that frees us from the need for an RTK system and its antenna to install. To free itself from satellites, this robot relies on a visual tracking system coupled with intelligent management of multiple zones (up to 20 different maps can be saved).
The Mammotion Luba Mini AWD Lidar goes even further by integrating a 144-beam LiDAR , capable of generating up to 200,000 points per second to build a 3D map of the garden in real time. The result? Precision to the nearest centimeter, even under trees or in areas poorly covered by GPS. We already knew the qualities of its 4x4 predecessors, real off-roaders capable of climbing crazy slopes. But this new Lidar version, which we had the privilege of presenting to you before its official release, goes well beyond that. Let's see together what this changes concretely and if adopting Lidar technology represents a real advantage for you.
| Product Information – Robot Lawn Mower (LiDAR Model) | |
|---|---|
| Brand | Mammoth concussion |
| Model name | LUBA mini AWD LiDAR |
| Model number | MTL24LUM1EU02 |
| Manufacturer | Mammoth concussion |
| ASIN | B0FCFRC4HPH |
| Amazon Ranking (Garden) | #18 524 |
| Amazon Ranking (Robot Lawn Mowers) | #22 |
| Features & Specifications | |
| Energy source | Battery powered |
| Adjustable maximum cutting height | 65 millimeters |
| Adjustable minimum cutting height | 20 millimeters |
| Color | White |
| Dimensions & Weight | |
| Item weight | 15 Kilograms |
| Item dimensions (D x W x H) | 58.4D x 30.7W x 43H centimeters |
Quick unboxing, easy setup: Farewell to RTK
The experience begins with the unboxing of the Luba Mini AWD Lidar , and it's quite quick. In the box, we only find the robot and its charging station, cables, etc. What's really super interesting is the absence of an RTK antenna or M module to install, a welcome simplification. As usual, everything is super well packaged and a large manual allows you to check the contents.
Our only minor criticism would be the module to install: it is the centerpiece of the Mammotion Luba Mini AWD Lidar robot , and even if it is not the end of the world with three connectors and four screws pre-installed, it would have been nice if the manufacturer had pre-installed it. For a moment, we thought that the Lidar module could replace the vision module of the RTK versions, but alas, they are two completely different technologies.
The Mammotion Luba Mini also includes the waterproof power supply (it can sleep outside without any worries!), the accessory box with the small cleaning brush, the multi-function screwdriver (we're starting to have a few of these!), the screws for the charging station, and an additional six-piece set of blades. The gray polystyrene is still as elegant as ever.
The robot itself is still as aesthetically pleasing as ever, it looks like a small Formula 1 car, a real favorite! Once the beast is out, installation is very simple. We remove a part (impossible to make a mistake, it's indicated everywhere), we connect the three Lidar connectors (each one is unique, no mistake possible), we position the cables and we fix the four screws. It took us a minute and a half maximum, it's really very fast!
A neat design, stunning features: At the heart of the robot
Once the Mammotion Luba Mini AWD Lidar is assembled, we discover an impressive machine:
Omnidirectional wheels at the front that allow the robot to turn without rotating the wheels, a system that has already proven itself.
Notched wheels at the rear, because it is indeed a 4x4 , capable of climbing slopes of 80%, which is enormous!
A large bumper at the front to absorb contact.
The start and return to base buttons, as well as a humidity sensor.
Large wheel suspensions
Below, a cutting deck that's not so small compared to the size of the robot, with six blades and adjustable height. The finish is superb, and the quality, as always, is there.
The spacing between the edges is about fifteen centimeters, as on most single-deck robot mowers, which remains usual and requires a stroke of the rotofil.
First start-up and mapping: Intelligence at the service of the lawn
After installation, place the robot mower on its base, press and hold to turn it on (four green lights, then the characteristic sound of the blades which means it is ready). Download the application, the pairing is successful and the Wi-Fi is installed. Then proceed with the updates (the robot now speaks French!).
In the Mammotion Luba Mini AWD Lidar settings, you can choose between different turning modes, charging (shortest or around the perimeter), and safety options for nighttime wildlife (ability to turn off the LEDs and the front headlight). The manual movement speed can go up to 1.2 m/s, that's very fast!
For mapping, we click on "define a map". The robot moves forward, scans around itself (characteristic of Lidar) by making a small turn on itself. Once the initial scan is finished, we launch the mapping. We first tried automatic mapping on a terrain that wasn't necessarily simple (not a simple rectangle). The robot did quite well, avoiding obstacles and moving forward on the map like on a Tesla FSD with its little blue line!
However, in really tricky areas, the automatic mapping failed. The Mammotion Luba Mini AWD Lidar ended up outside the zone, but quickly got back into position. It was necessary to take control manually using the app's remote control. We feel that on very clear and well-defined terrain, the automation would work without any problem, but manual control remains faster for complex terrain. The robot is very sound and precise to pilot, not abrupt at all. You can easily slow down or accelerate; it's very intuitive.
Once the card is registered, all mowing options become accessible.
Personalized and monitored mowing: FPV mode
For mowing, select the area, then access all the settings:
Cutting height : from 20 mm to 65 mm.
Mowing speed : from 0.2 m/s to 0.6 m/s (must be adjusted according to the thickness of the grass).
Spacing between passes : 8 to 12 cm for a perfect overlap.
Cutting angle : optimal (the robot chooses), personalized (you give the angle) or random (changes with each mowing to avoid streaks).
Mowing mode : zigzag, grid or adaptive zigzag.
Perimeter rounds : 0 to 4 (useful for securing edges or complicated areas).
Obstacle detection : off (uses bumper only, useful for very tall grass), standard or sensitive.
The Mammotion Luba Mini AWD Lidar tells us the mowing time and the area. The FPV (First Person View) mode is great: you can see what the robot sees live, monitor the blades as they lower, and even see the operator! It's a real plus for remote monitoring.
Noise-wise, it's not the quietest, you can hear the Lidar and the blades a bit, but it's super quiet on a daily basis. You can eat next to it without any worries.
Lidar in the Field: Where It Makes a Difference
This Mammotion Luba Mini robotic lawnmower excels in challenging terrain. We took it to an environment where 4x4 and LiDAR are put to the test: complicated embankments, very steep slopes with stairs right behind, and above all, areas completely under trees with walls. Where RTK systems struggled and lost signal, the 144-beam LiDAR takes over brilliantly. Its ability to generate 200,000 points per second for a 3D map accurate to the centimeter is impressive, ensuring constant and reliable navigation, even where the GPS signal is weak.
It can turn around on extremely steep slopes, climb smoothly, and mow along terraces with disconcerting ease. Downhill turns are perfectly controlled, without slipping. It's stunning, completely in its element.
We also created multi-zones (up to four complex zones at the front of the field) and noziones (no-mow zones), as well as corridors to connect the zones. Operation is simple via the app: you leave the current zone, launch the corridor mapping, and the robot scans its path.
Unparalleled mowing power: Slopes are no longer a match for it
We tested the Mammotion Luba Mini AWD Lidar on a long 34-35 degree slope, an area where most robots slide and fail to maintain a straight line. This robot, thanks to its four-wheel drive , handles it like a pro. It maintains a perfect line, even at 0.5 m/s, demonstrating incredible power and grip.
The flexibility of the settings is a major asset: you can fine-tune the cutting height, the speed (which impacts the cleanliness of the cut), the spacing of the paths for precise overlap, and the mowing angle (optimal, personalized or random to avoid marks). The mowing modes (zigzag, grid, adaptive zigzag) are also very relevant depending on the terrain configuration. The "perimeter tour only" function is very useful when creating new areas to ensure boundaries before full mowing.
Mammotion Luba, the pros and cons: A nuanced assessment
Like any innovation, this LiDAR robot mower has its share of major advantages and a few points to consider. On the strengths , the integration of the 144-beam LiDAR is revolutionary: it offers centimeter-level accuracy even in difficult areas (under trees, weak GPS signal), real-time 3D mapping with unprecedented reliability, and above all, it frees us from the restrictive installation of an RTK antenna. 4×4 traction remains an unbeatable asset for steep or uneven terrain, where many competitors fail. The application is rich in features, allowing advanced customization of mowing and real-time monitoring via FPV mode. Robustness and manufacturing quality are also there, promising a long service life.
However, there are a few caveats . The price of this cutting-edge technology is necessarily higher than that of conventional models (non-LiDAR versions start at €1,600). While the physical installation is simple, the automatic mapping can still be improved on very complex terrain, requiring manual intervention to refine the areas. In addition, although silent when moving, the robot emits a slight noise due to the LiDAR and the blades in action, which, without being annoying, makes it less inaudible than some very specific competing models. Finally, maintaining the edges (the famous 15 cm spacing) remains a manual task, as with the majority of current robot mowers. Despite these few considerations, the benefits provided by LiDAR technology and all-terrain capabilities far outweigh these drawbacks for a large number of users.
LiDAR Technology: 3D mapping accurate to the centimeter (200,000 points/sec).
Reliable navigation: even under trees or low GPS areas.
Simplified installation: No RTK antenna to install.
4×4 Traction: Impeccable handling of steep slopes (up to 80%) and uneven terrain.
Rich application: Advanced customization of mowing settings and FPV mode.
Build quality: sturdy and durable.
Higher price: due to advanced LiDAR technology.
Mapping could be improved: on very complex terrain (automatic mapping).
Slight noise: emitted by the LiDAR and the blades in operation.
Manual edge maintenance: (approximately 15 cm) always necessary.
In conclusion, the Mammotion Luba Mini AWD LiDAR robotic lawnmower is a true technological feat. Its combination of 4x4 power and LiDAR intelligence makes it capable of handling the most complex gardens, where others fail. If you're looking for an autonomous, high-performance, and adaptable solution for your lawn, this model is clearly a serious contender for the title of robotic lawnmower of the year 2025.
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