Allow me to introduce the newest member of my family: Mowzart Amadeus Cheng. Born 31 July 2026, weighing in at a healthy 15-odd kilograms, he arrived in style at DRN HQ. The GOAT himself – ECOVACS GOAT A2000 LiDAR Pro.
Mother and mower are doing well.
His arrival was heralded by the roar of the courier’s van, followed by the cacophony of reversing beeps as the driver backed into my driveway, culminating in the ceremonial yank of the handbrake.
It wasn’t quite a stork descending from the heavens, but Australia Post has weight limits.
IN THIS REVIEW
- What is the ECOVACS GOAT A2000 LiDAR Pro?
- Unboxing the GOAT A2000 LiDAR Pro
- Getting Started
- Finding Mowzart a Home
- ECOVACS HOME App and Mapping
- Putting the GOAT A2000 to Work
- Tackling an Overgrown Lawn
- Mowing While I’m Not Even Home
- Limitations
- Why I Chose LiDAR Over RTK
- Final Verdict – Is the ECOVACS GOAT A2000 LiDAR Pro Worth It?
What is the ECOVACS GOAT A2000 LiDAR Pro?
The ECOVACS GOAT A2000 LiDAR Pro is one of two robotic lawnmowers recently launched into the Australian and New Zealand markets. In simple terms, think robot vacuum cleaner, except this one lives outside, has blades underneath it and has been entrusted with something considerably harder to replace than carpet.
More importantly, the A2000 LiDAR Pro is a wire-free robotic mower. There is no perimeter wire to bury around the edge of the lawn to tell Mowzart where he is allowed to roam. Instead, ECOVACS uses a combination of LiDAR, cameras and onboard navigation to map the lawn, establish its boundaries and work out where it is in the world.
The two GOAT models arrived as part of ECOVACS’ broader push outdoors, alongside the WINBOT W3 OMNI window-cleaning robot and ULTRAMARINE P1 pool-cleaning robot.
DRN has already dived into the ULTRAMARINE P1 – see what I did there? – with Louise, while Sime has taken the WINBOT W3 OMNI to task.
I claimed the GOAT A2000 LiDAR Pro for myself, partly because somebody has to keep Mowzart fed and watered, but mostly for some technical reasons that will become more apparent later in the review.
Unboxing the GOAT A2000 LiDAR Pro
The GOAT A2000 is a hefty beast, and some assembly is required upon unboxing.
Despite what the video shows, I would highly recommend getting a helper to lift the unit out of the box. Of all the work the GOAT will save you, back pain from taking a shortcut during the unboxing isn’t one of them.
Once liberated from its cardboard confines, you finally get a proper look at Mowzart himself.
The A2000 is a substantial unit, with a low, wide stance and two large driven rear wheels doing most of the heavy lifting. Up front are the smaller caster wheels, while the top is dominated by the raised LiDAR assembly that gives the A2000 part of its view of the world.
Flip him over — preferably before your back starts complaining — and underneath is the business end: the cutting system. Unlike a conventional mower with one large blade, the GOAT uses smaller free-swinging blades mounted to a rotating cutting disc. As the mower travels across the lawn, these take a little off the grass at a time rather than trying to give the whole backyard a haircut in one pass.
The mower itself is only part of what comes out of the box. There is also the charging station, power supply and the bits and pieces needed to assemble and secure the dock.
And this is where owning a robot lawnmower starts becoming rather different from owning a robot vacuum cleaner.
You can plonk a robot vacuum dock against a convenient wall, point it vaguely towards the room and generally get on with your day.
Mowzart needs real estate.
Getting Started
The charging station isn’t something you simply throw down wherever there happens to be a power point. ECOVACS wants it on a flat, open area with good Wi-Fi coverage, at least 40 cm of clearance on either side and, importantly, around two metres of clear space out front for the GOAT to find its way home.
You’ll also want to give the grass around the proposed site a haircut first, with ECOVACS specifying a height below 6 cm around the charging station.
Power deserves some thought as well. There’s a generous 10 metres of cable supplied with the dock, although the power adapter needs to be kept at least 30 cm above the ground and connected to either an indoor power point or a suitable waterproof outdoor outlet. ECOVACS also sells another 10 metre extension if your chosen patch of Mowzart real estate is further from civilisation.
Before we get that far though, there’s some assembly required.
The charging station itself comes in two main pieces, with the upright section clicking into the base. Once you’re happy with its final location, there are eight supplied anchors and an oversized Allen key to secure it to the ground.
Mowzart also needs an appendage fitted.
The six mowing blades in the undercarriage come pre-installed, but the A2000 LiDAR Pro’s party trick is its separate TruEdge line trimmer hanging off the side. The trimmer module needs to be installed, followed by its rather unusual-looking trimmer brush.
Yes, there is actual whipper-snipper line in there.
The trimmer spins at up to 8,500 rpm and cuts a path around 180 mm wide, allowing the GOAT to attack the grass along edges that the main cutting discs underneath physically can’t reach. The brush isn’t there to sweep the lawn; it forms part of that edge-trimming assembly.
Even the brush has a right and wrong way around. The longer section faces towards the front of the mower and charging contacts, while the shorter section points towards the LiDAR at the rear.
Once everything is bolted, clipped and clicked into place, Mowzart is physically ready to move into his new home.
Finding him somewhere suitable to live, however, will take a little planning.
Finding Mowzart a Home
This is where I should probably describe the luxurious grounds of DRN HQ.
I don’t have a single piece of lawn that isn’t sloped. I don’t really have well-defined edges either. The garden is… minimally maintained at best. Which isn’t a lot of effort from me, honestly.
In other words, Mowzart has his work cut out for him.
There is another consideration when deciding where the charging station goes: how the mower is going to travel between all the areas you want it to mow.
If you have separate front and back lawns, for example, putting the charging station in the perfect spot beside one of them isn’t necessarily much use if the GOAT can’t get itself to the other one.
Ideally, Mowzart’s home needs four things:
- suitable clearance around the charging station
- access to power
- decent Wi-Fi coverage
- a viable path connecting it to the different mowing areas.
That narrowed my options considerably.
In fact, it left me with exactly one.
A concrete path running down one side of the house.
It isn’t lawn, but it is relatively flat, has power nearby, gets Wi-Fi coverage and, most importantly, provides Mowzart with a highway between the front and back of the property.
There is one immediate complication with putting the charging station on concrete: those eight enormous supplied ground anchors aren’t going to do much.
Fortunately, they’re not needed.
The weight and footprint of the charging station make it perfectly capable of sitting on a hard surface without being pegged into the ground. It also meant I could experiment with its position before committing to anything more permanent.
And experimentation turned out to be useful, because placing the dock is only the first part of teaching a robot lawnmower how to navigate your property.
Unlike the old-school robotic mowers that rely on a buried boundary wire, the GOAT needs you to show it where its world begins and ends.
ECOVACS HOME App and Mapping
With Mowzart’s new home sorted, the next step is getting him set up in the ECOVACS HOME app. If you’ve ever owned an ECOVACS product before, you’ll already know it: it’s the one app to rule them all.
For the Home Assistant crowd, there is native support for ECOVACS GOAT robotic lawnmowers as well. At the time of testing, however, my Australian GOAT A2000 LiDAR Pro wasn’t yet recognised by the underlying deebot_client library. ECOVACS Cloud could see Mowzart just fine, but his device class hadn’t yet been added to the integration.
After that, it will finally be time to take Mowzart for his first walk.
The ECOVACS HOME app walks you through creating the mowing boundary before Mowzart is let loose.
Boundaries can be created by driving Mowzart around the lawn, with the app providing guidance along the way.
And I mean that quite literally.
You can tell the app to automatically map your yard. I tried that with mine and it was a dismal failure. The GOAT A2000 barely made a start before throwing its metaphorical robotic blades in the air and saying, “I give up.”
There was, however, some method to my madness.
I deliberately left the backyard to grow a little wild before receiving the GOAT A2000. By “a little wild”, I mean I ignored mowing it for a few weeks.
Okay, maybe six to eight.
It was looking very lush. Actually, let’s call it what it was: completely out of control.
Perhaps leaving the backyard untouched for six to eight weeks wasn’t particularly helpful for Mowzart’s first mapping attempt.
The GOAT A2000 really does not like having grass — okay, you got me, weeds — towering over it. This is an important distinction because a robotic lawnmower is fundamentally designed to maintain a lawn rather than reclaim one that is well on its way to becoming a nature reserve.
So I switched to manual mode and mapped the front and back yards by driving Mowzart around myself.
This worked pretty well, although some particularly long strands of Kikuyu proved tricky for the wheels to navigate without becoming entangled. Once I had driven the boundaries and completed the maps, it was finally time to see whether Mowzart could actually mow them.
Once mapped, the ECOVACS HOME app gives you a remarkably clear picture of where Mowzart thinks the lawn actually is.
Putting the GOAT A2000 to Work
I unleashed the GOAT A2000 on the front lawn first.
The front was showing moderate growth rather than outright neglect, and by and large the GOAT did a pretty decent job of tackling it. There was one particular patch of clover that it repeatedly avoided, but given the state of the lawn it started with — along with some terrible overgrowth around the edges — I was pretty impressed.
Mowzart did a decent job of the front lawn, although this patch of clover apparently had diplomatic immunity.
So there I stood, adopting the traditional dad pose, surveying my freshly robot-mown domain.
The traditional dad pose. Hands on hips, survey the lawn, silently judge the workmanship.
Something else immediately caught my attention: Mowzart is remarkably quiet – at least in cutting mode.
He’s quieter in operation than my AEG battery-powered mower, which wasn’t exactly loud to begin with. From any reasonable distance, there’s none of the traditional lawnmower racket announcing to the neighbourhood that I’ve finally been shamed into doing the gardening.
The TruEdge line trimmer is unavoidably noisier when it spins up – it is, after all, whipper-snipper line rotating at up to 8,500 rpm. But that’s intermittent rather than the constant soundtrack to a mowing run.
That’s particularly useful for a robot designed to head out regularly and mow by itself. Mowzart can quietly get on with the bulk of the job without sounding like I’ve unleashed a landscaping crew in the backyard.
The app shows Mowzart’s progress across the lawn in real time, including the area already covered.
And speaking of the backyard, mine was a very different beast.
I had semi-regularly mowed the front lawn, generally when my neighbours rightfully shamed me into doing something about it. In the privacy of the backyard, safely beyond their judgemental gaze, things had been allowed to develop a little further.
Much further.
Mowzart struggled to even get started.
Tackling an Overgrown Lawn
The grass and weeds were simply too tall and dense in places for the GOAT A2000 to reliably navigate and mow autonomously. However, with a lot of encouragement — and by “encouragement”, I mean taking control myself — I managed to convince Mowzart to tackle it in manual mode.
This is somewhat beyond what ECOVACS means by lawn maintenance.
Manual mowing changes the equation considerably.
In this mode, the GOAT is entrusting you to make the sensible decisions. It will let you drive outside the mapped mowing area, displaying a warning in the app to tell you that you’re leaving its established territory.
In other words, you’re going down the lawnway to the danger zone.
More importantly, manual mode gave me a way to perform the initial clearance that autonomous mode simply wasn’t coping with. I could steer Mowzart into the overgrown sections, work through them progressively and give the mower enough room to actually do its job.
Manual mode let me progressively carve a path through the worst of it.
It wasn’t pretty, and it wasn’t what I’d describe as normal operating conditions for a robotic lawnmower.
But it worked.
It wasn’t pretty, but the difference between where Mowzart had been and where he hadn’t was becoming rather obvious.
Once I’d completed that first manual pass and knocked the backyard into something resembling a lawn again, I could remap the area properly.
Civilisation restored. More importantly, Mowzart now had a lawn he could actually maintain.
And that is where the GOAT A2000 started making a lot more sense.
This isn’t really a robot designed to rescue a backyard you’ve neglected for two months. You can bully it into helping with that — as I clearly demonstrated — but that’s not where its strengths lie.
The idea is to get your lawn under control once, map it properly, and then let Mowzart make sure it never gets into that state again.
Mowing While I’m Not Even Home
Case in point: I was recently chilling on a movie set at Docklands Studios Melbourne when I decided Mowzart should really be working too.
From the comfort of the Mess Hall, I opened the ECOVACS HOME app and told him to mow the back lawn.
Off he went.
This is really the point: I don’t have to be standing beside Mowzart while he works.
Little Mowzart trundled out of his home and mowed 101m² in 36 minutes, keeping the main body of the backyard under control until I can get some of the more feral edges into a state where he can maintain those properly as well.
As for the effort required from me?
I was playing Uno with my on-screen family, occasionally checking Mowzart’s video feed to see how he was getting on. That was it.
And really, that is the point of a robotic lawnmower.
The impressive bit isn’t watching it mow the lawn. It’s being somewhere else entirely while it does.
Limitations
I think I’ve covered this in spades by now: the GOAT A2000 LiDAR Pro is a maintenance tool.
It is not an Autobot wielding an assortment of attachments it can whip out for every situation.
Yes, it has a line trimmer. No, it will not magically transform an overgrown jungle into a perfectly manicured lawn while you sit inside drinking coffee.
What it does allow you to do is divide and conquer. While Mowzart takes care of the bulk of the mowing, I can concentrate on the areas he can’t reach, knock back badly overgrown edges, tidy around obstacles or deal with whatever else needs human intervention.
Instead of spending my time mowing the entire lawn, I’m only doing the bits the robot can’t.
Mowzart isn’t exactly Speedy Gonzales either. He works at a steady, methodical pace rather than charging around the yard like someone just yelled last drinks.
But speed isn’t really the point. If Mowzart takes half an hour to mow something while I’m doing something else — or not even at home — why do I care if I could have done it myself in 20 minutes?
Another limitation became clearer during my roundtable discussion with the product team at ECOVACS HQ in Suzhou.
The GOAT A2000 operates under a very different set of constraints from the robot vacuums we’re used to seeing inside our homes.
Indoors, the environment is comparatively controlled. Outdoors, conditions can change from day to day and even moment to moment. Grass grows, branches fall, the ground gets wet, plants encroach on paths and something that was perfectly navigable yesterday may not be today.
At this stage, ECOVACS has built the GOAT to favour reliability and predictability rather than trying to be too clever.
It doesn’t actively learn its way out of recurring navigation problems. If Mowzart gets stuck in the same troublesome spot repeatedly, he isn’t eventually going to have an epiphany and devise a better way through it.
For now, the solution is much more pragmatic: change the map and exclude the problem area.
That might sound like a limitation — and it is — but after seeing the technology being developed in Suzhou, I can understand the reasoning behind it.
There is a much bigger consequence to a robot making a bad decision outdoors with spinning blades underneath it than there is to a DEEBOT getting confused by a dining chair.
Lastly, Mowzart doesn’t have a catcher. The fine clippings are left behind on the lawn rather than collected, so there’s nothing for you to empty afterwards.
Why I Chose LiDAR Over RTK
This also brings me back to something I mentioned much earlier in the review: there was a technical reason I specifically took the GOAT A2000 LiDAR Pro.
My property has established trees and overhead canopy covering sections of the lawn.
That makes an RTK-based robotic mower a less attractive proposition for my particular environment. RTK relies on satellite positioning, and trees, buildings and other overhead obstructions can compromise the view of the sky that GNSS positioning works best with.
The GOAT A2000 LiDAR Pro doesn’t depend on RTK for localisation. Its LiDAR-based localisation and navigation made it the logical choice for my yard.
Choosing a robotic lawnmower isn’t simply about looking at the specifications and buying the model with the biggest number attached to it. You need to look at the environment it’s actually going to work in.
In my case: slopes, poorly defined edges, separate front and back lawns, established trees, overhead canopy and a garden maintained by someone whose previous mowing schedule could generously be described as “when the neighbours shame me into it.”
My yard isn’t exactly a robotic lawnmower test laboratory: rocks, slopes, trees and poorly defined edges are all part of the job.
Mowzart had his work cut out for him from day one.
Final Verdict – Is the ECOVACS GOAT A2000 LiDAR Pro Worth It?
If you’ve thought a robotic lawnmower was a gimmick, then you should reconsider that opinion.
Gardening is not a task I enjoy. I love seeing my lawn freshly mowed, but I loathe the chore required to get there.
My two main lawns — 81m² at the front and 101m² at the rear according to the mapping — would generally take me around 90 minutes to mow myself. Sometimes longer when I was still battling my spectacularly unreliable petrol mower.
Mowzart takes care of them in 29 and 36 minutes respectively.
More importantly, that’s his 65 minutes, not mine.
I don’t have to push anything, empty anything or break a sweat. I can be working, doing things around the house, playing Uno on a movie set or, frankly, doing absolutely nothing while Mowzart gets on with it.
Those relatively short mowing times also let me be quite deliberate about when he works.
I can schedule Mowzart to start a run at 10:45am, have one section finished well before midday and then leave him sitting on the dock to take advantage of my three-hour electricity window to recharge afterwards.
That’s the part of robotic lawnmowers I hadn’t properly appreciated before living with one.
It’s not really about making mowing faster. It’s about removing mowing from my list of jobs.
At A$2,999, Ecovacs GOAT A2000 LiDAR Pro is not chump change. You can buy a very good conventional mower for substantially less. What you’re paying for isn’t really the ability to cut grass – it’s the ability to stop spending your own time cutting it.
The GOAT A2000 LiDAR Pro isn’t completely hands-off. You’ll still need to deal with areas it physically can’t reach, keep badly overgrown edges under control, tidy around flowerbeds and occasionally intervene when the real world presents something its navigation wasn’t expecting.
And as my initial attempt to unleash Mowzart into the backyard demonstrated rather comprehensively, this is a lawn maintenance robot, not a garden reclamation service.
Get the lawn under control first, give it a sensible map and somewhere suitable to live, and the equation changes dramatically.
Instead of waiting until the grass looks terrible and sacrificing 90 minutes of my weekend to deal with it, Mowzart can quietly head out several times a week and prevent it from getting terrible in the first place.
That’s a fundamentally different way of maintaining a lawn.
There is some upfront work involved in getting there, particularly if your property is anything like mine. Dock placement matters. Mapping matters. Choosing the right navigation technology for your environment matters.
But once I’d worked through those things, the GOAT A2000 LiDAR Pro stopped feeling like another robot I was testing.
It became the robot that mows my lawn. And honest to god, it does come up pretty damn amazing after a cut.
And Mowzart Amadeus Cheng has earned his place in the family.
Mother and mower are still doing well.
DRN would like to thank Ecovacs for providing the review unit.
