The Mammotion YUKA Mini 2 1000 is one of those robot mowers that gets interesting very quickly.
On paper, it looks like a compact mower for smaller lawns. In reality, this particular version brings in some seriously high-end tech, including 360° LiDAR and AI vision, which is the kind of navigation setup you normally expect to see on larger, more expensive machines.
I tested the YUKA Mini 2 1000 LiDAR model on my own lawn, including multi-zone mowing, narrow path navigation, edge cutting, obstacle avoidance, and the new Drop & Mow feature. After spending time with it, I came away properly impressed.
If you’re trying to work out whether the YUKA Mini 2 is the right robotic lawn mower for your yard, here’s exactly what you need to know.
YUKA Mini 2 1000 Video Review
What comes in the box
The kit is refreshingly simple. There is very little to assemble, and Mammotion includes the small bits you actually need instead of making you go hunting through the garage.
With the YUKA Mini 2 1000, you get:
- The mower itself
- The charging station
- Power supply
- Mounting screws for the charging base
- Pegs for securing cable if needed
- A screwdriver with the correct bit included
- A spare set of blades
- A spare key
- Front wheel lubricant
- Quick start guide
- Full user manual
One thing you do not get with this model is an RTK station. That is because the 1000 model is built around LiDAR navigation, not RTK satellite guidance.
This matters because the YUKA Mini 2 range includes different navigation systems depending on the model you choose.
Assembly is almost nonexistent
Setup on the hardware side is about as easy as it gets.
The only real assembly job is attaching the charging head to the base. It clips into place, then you secure it with four screws. The screwdriver is already in the box, which is a nice touch.
That’s it. The mower itself needs no assembly.
YUKA Mini 2 models explained: 500 vs 800 vs 1000
This is where a lot of people will make the right decision or the wrong one, so it’s worth slowing down here.
In the UK lineup I tested against, there are three YUKA Mini 2 versions:
- YUKA Mini 2 1000: LiDAR-guided with dual vision camera
- YUKA Mini 2 800: RTK-guided with camera system
- YUKA Mini 2 500: camera-guided only
For US buyers, the exact version naming can vary by market, and some models are sold as an H version. For the H version, the cutting height range is 2.0 to 3.5 inches.
My clear advice is this:
- If your yard has good open sky and reliable GPS conditions, the RTK model makes sense.
- If your yard has tree cover, high fences, enclosed areas, or poor satellite conditions, the LiDAR model is the one I’d be looking at.
- If you are considering the camera-only 500, I would personally try to stretch to the 800 instead.
I have tested camera-guided mowers before, and my experience is mixed, especially when it comes to traveling between zones. In my experience, camera-only systems tend to need help, either from RTK or LiDAR, to move around more reliably.
Why LiDAR matters on a robot mower
This is the whole point of the YUKA Mini 2 1000.
Instead of relying on RTK satellite positioning, this mower uses LiDAR plus a front camera system to understand where it is. The LiDAR fires out laser measurements and builds a 3D picture of the lawn, the borders, and obstacles around it.
That means it can still navigate accurately in places where satellite-guided mowers often struggle.
If you have:
- heavy tree canopy
- high fences
- enclosed side yards
- poor GPS reception
LiDAR can be a big advantage.
I’ve already seen this in practice. I tested another Mammotion mower on a property with substantial tree coverage, and the RTK guidance simply wasn’t enough on its own. A LiDAR-equipped version handled the same conditions far better.
That’s why this mower is so interesting. It is not just a smaller robot mower. It is a smaller mower built for yards that can be awkward for GPS-based systems.
Core specifications of the YUKA Mini 2 1000
Here are the key specs of the model I tested, with US-friendly measurements included:
- Recommended lawn size: 1,000 square meters / 0.25 acres / 10,760 square feet
- Daily mowing capacity: about 1,600 square meters / 17,222 square feet per day
- Cutting width: 19 cm / 7.5 in
- Cutting height: 20 to 60 mm / 0.8 to 2.4 in on the standard model
- H version cutting height: 2.0 to 3.5 in
- Drive: 2-wheel drive
- Slope capability: 45% / 24°
- Battery: 6.1Ah removable battery
- Runtime: around 135 minutes
- Zone support: up to 10 zones
- Minimum passage width: 55 cm / 21.6 in
- Waterproofing: IPX6
The mower uses a five-blade cutting disc, and each blade has two mounting holes. That means you can flip the blade around and use the second side, which is a practical little money-saving detail.
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Design notes that are actually useful
A few practical details stood out straight away.
Manual cutting height adjustment
The cutting height is adjusted manually on the mower itself, not through the app. You push down the adjustment dial and turn it to the desired height.
That means if you have multiple lawns and want each one cut at a different height, this mower can’t do that automatically. It will mow all areas at whatever physical setting you’ve chosen.
That said, in real life I don’t think this is a huge issue for most people. I tend to set a height and leave it there.
Removable battery
This is a really good feature. The battery is accessible behind a rear panel secured by four screws. On some robotic mowers, battery replacement is an awkward workshop job. Here, it’s much more owner-friendly.
Rain sensor
The mower has a rain sensor on top. If it starts raining, it can head back to the charger. You can disable this if you want, but generally I would leave it on. Wet mowing is rarely a great idea because it can chew up the grass and leave a mess.
Night lighting
There’s an LED front light for low-light mowing, plus side lighting. Combined with LiDAR, this mower is better suited to lower light conditions than many camera-only alternatives.
Security and tracking
There’s a removable key that disables operation if removed, and Mammotion even includes a spare key. There is also a compartment for a tracker such as an AirTag.
Optional 4G module
The YUKA Mini 2 1000 does not include 4G in the box. You can add it as an optional extra by opening the cover and installing the module.
On this LiDAR model, 4G is mainly for:
- remote monitoring
- changing settings remotely
- camera and status access when away from home
If your yard has solid Wi-Fi coverage, you may not need it. I didn’t.
How the 1000 differs from the 800
Here are the main differences between the two stronger YUKA Mini 2 options.
| Feature | YUKA mini 2 1000 | YUKA mini 2 800 |
|---|---|---|
| Primary Navigation | 360° LiDAR + AI Vision | NetRTK + Tri-Camera AI |
| Navigation Strength | Best for GPS “Dead Zones” (Trees/Walls) | Best for open yards with clear sky view |
| Max Mowing Area | 1,000㎡ (0.25 Acres) | 800㎡ (0.20 Acres) |
| Battery Capacity | 6.1 Ah | 4.5 Ah |
| Mow Area per Charge | ~250㎡ (2,690 sq. ft.) | ~200㎡ (2,150 sq. ft.) |
| 4G Connectivity | Optional (Module sold separately) | Included (3 Years Free Data) |
| Safety System | Visual Fence (Anti-Fall) | Visual Fence (Anti-Fall) |
| Obstacle Avoidance | AI Vision (300+ Objects) | AI Vision (300+ Objects) |
| Max Slope | 45% (24°) | 45% (24°) |
| Cutting Width | 190mm (7.5 in) | 190mm (7.5 in) |
| Waterproof Rating | IPX6 (Hose Washable) | IPX6 (Hose Washable) |
All models share some important features, including:
- 45% / 24° slope handling
- 19 cm / 7.5 in cutting width
- Visual Fence capability
- Drop & Mow support
- narrow passage navigation down to 55 cm / 21.6 in
So the real question is not just lawn size. It’s what sort of navigation your yard needs.
Setting up the charging station
I didn’t want the charging station sitting out on the lawn where grass grows around it. I placed mine on a hard surface beside the lawn instead.
That’s a nice option if you want a tidier setup.
Mammotion recommends around 1 meter / 3.3 feet of clearance around the charging station, and that applies whether you’re using RTK or LiDAR.
Once the mower gets close to home, it uses infrared sensors on the station to dock correctly, so keeping those sensors clean matters. There are protective stickers over them out of the box, and those need removing before use.
App setup and firmware updates
The app setup was straightforward.
I added the mower over Bluetooth, connected it to Wi-Fi, and then updated the firmware. It actually needed multiple updates, plus an app update, before everything was fully current.
That may sound slightly annoying, but I would absolutely recommend doing it before mapping or mowing. These machines improve over time, and early firmware updates often make a real difference to reliability and features.
One thing I like about Mammotion’s app is that it’s intuitive. Settings are easier to find than on some competing robot mowers I’ve tested, and the app does a good job of walking you through the process.
Mapping the lawn
I tested the mower on multiple areas of my yard.
My plan was:
- Map a test strip on the main lawn to assess line accuracy and edge cutting.
- Create a path over a small bridge and down a narrow walkway to a second lawn.
- Test whether LiDAR navigation could move between zones as cleanly as RTK.
- Later, carry the mower to the front lawn and test Drop & Mow.
Manual mapping
For the first area, I used manual mapping.
You guide the mower with on-screen joystick controls and drive it around the perimeter. One thing Mammotion does very well is speed control while mapping. You can move slowly for precision or speed it up for long straight runs.
My advice is simple: take your time.
You only map once, so it is worth getting the boundaries exactly how you want them.
Another useful feature is undo. If you drift too far or make a poor line, you can reverse and remove the last section instead of starting over from scratch.
Channel creation between zones
To connect the first and second lawn, I drove the mower from the first mapped area along the path to the next area. As I did that, the app created the channel between them.
This was one of the most important parts of the whole test, because narrow path movement is often where robot mowers start to show their weaknesses.
Extra mapping tools in the app
The YUKA Mini 2 app gives you quite a lot to work with beyond simple lawn mapping.
No-go zones
If you have permanent objects on the lawn, you can mark them as no-go zones instead of relying purely on obstacle avoidance. The mower can then cut around them cleanly.
Virtual Fence
This is one of the standout safety features.
If you have an area where you absolutely do not want the mower to go, such as:
- a pond
- a swimming pool
- a drop-off
- a sensitive border
you can create a Virtual Fence to keep it away.
Obstacle-free zones
This is clever.
If a path has overhanging plants or something the mower would otherwise keep trying to avoid, you can mark that section as obstacle-free. The mower then pushes through rather than stopping and hesitating.
This could also be useful on ramps between lawn levels, where the mower might otherwise interpret the ramp as an obstacle.
Pattern mowing
If you want to create decorative mowing patterns, the app can do that too. It’s not something everyone will use, but it’s there.
Mowing setup options
Before sending the mower out, I selected both mapped areas and adjusted the task settings.
The YUKA Mini 2 gives you a surprising amount of control, including:
- Task speed
- Cutting path angle
- Random or striped mowing patterns
- Zigzag or checkerboard mowing
- Perimeter laps
- No-go zone perimeter laps
- Obstacle detection mode
- Perimeter-first or zigzag-first mowing order
I particularly like the ability to set the cutting angle manually. I prefer stripes running away from the house, so I adjusted the path orientation to suit the lawn rather than just accepting the automatic angle.
Cut quality: straight lines, proper stripes, and excellent edge work
This was the part I was most curious about.
RTK-guided mowers are known for cutting in very straight, systematic lines. I wanted to see whether LiDAR could match that.
The answer, on this test at least, was yes.
The YUKA Mini 2 cut in clean, straight zigzag lines and produced a noticeably striped finish. It looked systematic, not random.
I initially dropped the mowing height too low just to show how much it could take off, and it was clearly removing more than I would want in regular use, especially on damp grass. So I raised it again. That is a good reminder for any robot mower setup:
- start higher
- reduce gradually over time
- let the mower maintain the lawn with light, regular trims
That is how you get the best finish and healthiest turf.
What really stood out was the edge performance. On my test strip, it cut extremely close to the stone border without catching the stones, and on level edges it left almost nothing for trimming.
Obstacle avoidance test
Mammotion has consistently impressed me with obstacle avoidance, and this mower carried that on.
I tested it with three objects:
- a football
- a glove
- a small ball
The results were excellent.
Football test
The mower slowed, detected the ball, and avoided it cleanly without contact.
Glove test
This was more impressive because the glove sat lower to the ground and wasn’t directly in the mower’s main path. It still detected it.
Small ball test
It made slight contact once when introduced very late, but did not run over it. When given a bit more notice, it avoided it properly.
That tells me the AI vision system is doing a very good job. I’ve tested a lot of robot mowers, and many would not have handled those objects nearly as well, especially the glove.
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After finishing the first area, the mower set off toward the second zone using the channel I had mapped earlier.
This was the moment where I expected LiDAR to either shine or start hesitating.
It shone.
The mower tracked down the narrow path cleanly, stayed centered, crossed the little bridge exactly where I had mapped it, and reached the second lawn with no visible uncertainty.
I’ve tested other robot mowers on that same route, and some of them snake down the path, drift toward the edge, or stop and correct themselves repeatedly.
The YUKA Mini 2 didn’t do that.
It looked composed and confident all the way through.
The LiDAR sensor has a range of up to 60 meters / about 197 feet, and it clearly had no trouble building a usable 3D picture of the area and positioning itself within it.
Returning to the charging station
Once the second lawn was complete, the mower headed back down the same path and returned to the dock.
Again, there was no hesitation.
As it got near the charging station, it used the infrared docking system to line itself up, turn, and reverse neatly onto the base.
This matters more than people think. A robot mower that cuts well but docks badly becomes annoying very quickly. This one docked properly.
Drop & Mow: one of the best bonus features here
The new Drop & Mow feature is a genuinely useful addition.
I tested it on my front lawn, which I currently can’t connect to the rear lawn because of building work. That made it a perfect real-world scenario.
Here’s how it works:
- Carry the mower to a separate lawn
- Place it on the grass facing the direction you want it to mow
- Enable Drop & Mow in the beta features section of the app
- Start the mowing session
You can also start it from the mower itself by holding the grass button for five seconds and then pressing start.
What impressed me most was that Drop & Mow on this machine is not random bump-and-turn mowing.
It creates a temporary map and cuts systematically in straight lines. That makes it far more useful than basic camera-only drop-and-mow systems I’ve seen elsewhere, which often bounce around randomly and take ages to cover a lawn properly.
This feature makes the mower much more flexible. You could use it on:
- a disconnected front lawn
- a neighbor’s yard
- a second property
- a vacation home
Once the temporary mowing job is done, you just pick the mower up and take it back.
Other useful app settings
Mammotion’s app is one of the better ones I’ve used, and it includes a lot more than basic start and stop controls.
Some of the more useful settings include:
- Mowing reports
- Network settings
- Diagnostic logs for support
- Beta features
- No work periods
- Blade speed
- Return route settings
- Rain protection
- Wildlife safety
- Battery charging management
- Off-peak charging
- Auto lighting
- Voice settings
- Manual operation mode
- Alexa and Google Home integration
I particularly like the return route option. You can send it back more directly, but I usually prefer perimeter return because it avoids cutting a single obvious track through an otherwise nicely striped lawn.
Pros and cons (the honest trade-offs)
Every mower has trade-offs. Here are the main points I would weigh when deciding on the YUKA Mini 2 1000.
Who should buy the YUKA Mini 2 1000?
I think this mower makes the most sense for people who want a compact premium robot mower and have a yard where RTK may not be ideal.
It is especially well suited if you have:
- up to around 1,000 sq m / 0.25 acres to maintain
- multiple zones
- narrow connecting paths
- tree coverage or enclosed boundaries
- poor or inconsistent GPS reception
If your yard is open, uncomplicated, and under 800 sq m / 0.20 acres, the RTK-based YUKA Mini 2 800 may be the better fit.
If your yard is rougher, steeper, or more demanding for traction, that is where I’d start looking at the LUBA Mini 2 instead, because the four-wheel-drive setup may suit you better.
My verdict
I went into this test slightly unsure whether LiDAR on its own would be as convincing as RTK for straight-line mowing and confident navigation.
By the end, I wasn’t unsure anymore.
The YUKA Mini 2 1000 performed brilliantly. It cut straight, handled edges well, avoided obstacles intelligently, navigated narrow paths with confidence, and made real practical use of LiDAR rather than treating it like a marketing gimmick.
Yes, there are a few minor compromises, mainly the manual height adjustment and optional 4G module. But overall, this is a seriously capable robotic lawn mower.
If your lawn conditions make RTK less attractive, this is one of the most convincing compact LiDAR robot mowers I’ve tested.
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- 360°LiDAR + AI Vision Navigation, All-Around, All-Day: Equipped with a 360° × 45° ultra-wide LiDAR, YUKA mini 2 1000H has a detection range of up to 200ft in diameter with ±6 ft precision. It builds a high-density 3D point cloud map of your real yard to enable intelligent path planning. it maintains precise detection even in low light, grass cover, or light fog — ensuring stable navigation and perfect mowing in any yard condition.
- Upgraded AI Chip & 300+ Obstacle Recognition: YUKA mini 2 1000H features an upgraded AI chip that processes 10 trillion operations per second, enabling real-time perception and instant response. Powered by a LiDAR + Vision dual fusion system, it recognizes over 300 types of obstacles — from toys and flowerpots to stones — predicting their movement to plan smart avoidance routes. Faster response, smarter decisions, and safer, smoother mowing every time.
- Extended Working Time & Smart Battery Management: Driven by a 6.1Ah long-lasting battery, it runs for hours on one charge and recharges swiftly to get back to work faster. Designed for efficiency, it can mow up to 0.4 Acre per day. and it also can optimize charging your way — set a custom charge limit, such as 80%, reducing time at full charge and extending battery life. Also, schedule Off-Peak Charging so it powers up only during cheaper hours.
- DropMow Mode：In DropMow mode, no mapping process is needed—just place it down, press "Mow&Start", and it will directly go in an N-shaped pattern for an easy, effortless mowing.This temporary map won't be saved — perfect for quick, one-time jobs.
- Intelligent Edge Cutting & Intelligent Visual Fence: After mowing, YUKA mini 2 1000H automatically performs an extra pass along boundaries to guarantee thorough lawn coverage. Its ride-on-edge technology also covers edges, following user-specified boundary settings". With intelligent AI sensing, it automatically detects cliffs, steps, pool edges, and other high-risk drop-off areas, delivering anti-fall protection to safety and worry-free.
- Every Spot, Fully Covered: Set personalized mowing schedules for up to 10 non-continuous mowing zones. Also, you can easily edit the map with virtual walls, no-go zones, and no-stop zones. Navigates through pathways as narrow as 21.65 in , adapting seamlessly to any yard space. Handles slopes up to 45%(24°), wide coverage with 5 pivoting razor blades and 7.5 in width, with adjustable cutting height from 2 to 3.5 inches,easily tackling over 90% of common residential lawn terrains.
Last update on 2026-05-19 / Affiliate links / Images from Amazon Product Advertising API
FAQ
Is the YUKA Mini 2 1000 better than the YUKA Mini 2 800?
Not necessarily. The 1000 is better if you need LiDAR navigation because your yard has trees, high fences, or poor GPS conditions. The 800 makes more sense if your yard has good open sky and you are happy using RTK.
Does the YUKA Mini 2 need boundary wire?
No. The YUKA Mini 2 is a wire-free robot lawn mower. Depending on the model, it navigates using LiDAR, RTK, cameras, or a combination of those systems.
What lawn size is the YUKA Mini 2 1000 designed for?
The YUKA Mini 2 1000 is designed for lawns up to 1,000 square meters, which is about 0.25 acres or 10,760 square feet.
How wide is the cutting deck?
The cutting width is 19 cm, which is 7.5 inches.
What cutting heights does it offer?
On the standard model, the cutting height range is 20 to 60 mm, or about 0.8 to 2.4 inches. For the H version, the cutting height range is 2.0 to 3.5 inches.
Can the YUKA Mini 2 handle slopes?
Yes. It is rated for slopes up to 45%, which is about 24 degrees.
Does the YUKA Mini 2 1000 include 4G?
No, not by default. The 4G module is optional on the 1000 LiDAR model. If you need remote monitoring away from Wi-Fi coverage, you can add it later.
How good is the obstacle avoidance?
In my testing, it was excellent. The mower successfully detected and avoided a football, a glove, and a small ball. It handled low objects better than many robot mowers I’ve tested.
What is Drop & Mow on the YUKA Mini 2?
Drop & Mow lets you carry the mower to a separate lawn, place it down, and have it mow that area without creating a permanent map. It generates a temporary working map and cuts systematically, which makes it useful for disconnected lawns or second properties.
Is the YUKA Mini 2 good for narrow passages?
Yes. It can navigate passages down to 55 cm, or about 21.6 inches, and in my test it handled a narrow path extremely well.