TerraMow V1000: two-minute review

If you have a medium-sized lawn area of up to 1,200m² with fairly straightforward terrain and you’re in the market for a reasonably-priced wire-free robot mower that does exactly what you expect of it — and with hardly any interference required — the TerraMow V1000 could be right up your garden path.

This model’s triple-camera AI vision system works amazingly well in everyday scenarios, delivering neat, systematic mowing stripes without the need for an RTK aerial, let alone a ridiculous boundary wire. Its obstacle avoidance, too, is second to none, even with smaller-than-average objects. And as far as I’m aware, it’s one of only a small handful of robot mowers on the market to include a sun/rain roof for its charging station as part of the package.

Granted, the TerraMow’s relatively modest 20.3cm cutting deck is merely average by modern standards, its navigation system relies heavily on cameras so night mowing is effectively off the table, and its limits will be exposed on lawns with gradients beyond 18% or those with particularly rough, uneven surfaces.

Even so, for sheer convenience, faff-free operation and great cutting results, the V1000 remains a highly impressive package and one of the best lawn bots I’ve so far reviewed. Highly recommended.

TerraMow V1000: price & availability

• How much does it cost? £1,199 / $1,400 (about AU$2,000)
• When is it available? Available in most regions now
• Where can you get it? UK, Europe, USA and Australia

The TerraMow V1000 retails at around £1,200 in the UK, positioning it squarely against mid-range rivals from Segway, Mammotion and Worx. In the US, pricing currently sits at roughly $1,400 depending on retailer promotions and offers. Check out TerraMow for more info. In Australia, that equates to about AU$2,000.

Taking the V1000's triple-camera AI navigation system, automatic mapping, impressively polished obstacle avoidance and the inclusion of a roof for the charging station (usually worth around £150) into account, I think the TerraMow represents very decent value, at least when compared against many RTK-equipped competitors that often require additional antenna hardware and more complex installation.

However, competition is extremely fierce right now. For instance, the popular Segway Navimow i105E starts at around £699, while the more rugged, six-bladed Mammotion LUBA Mini 2 AWD costs just £200 more and comes with the ability to scale gradients of up to 80%.

To me, what makes the TerraMow V1000 particularly interesting is the Shenzhen-based company's decision to avoid RTK positioning entirely, instead relying solely on AI vision and camera-based navigation. This distinctive approach helps it stand apart from the growing crowd of expensive satellite- and LiDAR-guided competitors while making the V1000 a doddle to use and perfect for medium to larger lawns.

If you have a much smaller lawn and think £1,200 is way too pricey for your budget, perhaps consider the V1000's much cheaper sibling, the V600, which retails at a more modest £899.

Value score: 4 / 5

TerraMow V1000: specs

TerraMow V1000: design

• Excellent triple-camera system
• Exceptional obstacle avoidance
• Not the prettiest bot on the sod

I don’t think I’ve tested a robot mower that’s been as fuss free as the TerraMow V1000 since the equally excellent Eufy E15 in 2025, with which this product shares some very comparable DNA (TerraMow and Eufy allegedly collaborated on the design and vision-based navigation system of the E15).

No, it’s not the most stylish looking autonomous mower on the sward, but it’s certainly one of the most uncomplicated and efficient models around, and that’s a major boon for technophobes unfamiliar with the complexities of smart home devices.

Decked out in a rather unadventurous dull grey livery with no fancy embellishments, the TerraMow V1000 looks a little bit like a 1970s sci-fi writer’s vision of the future. In truth, when I first removed it from the box, I didn’t hold out much hope of it performing anything like as well some of the ultra-modern bots I’d recently reviewed. It looked almost too simple to be true, with no RTK, no Network RTK alternative and no LiDAR or any other fancy navigational aids. But I was wrong.

In fact, it turns out that it doesn't even need WiFi coverage on the lawn because it is only required when commanding the V1000 from the TerraMow app or when its receiving a firmware update. What’s more, even if the robot is out of range of WiFi, the app connectivity and firmware updates still work over 4G (it comes with one year’s free data). In other words, this is one of just a handful of robot mowers that just need an electricity supply for the charging base for it to function, and nothing else.

Speaking of the charging base, this model also comes with a roof for said base and that’s a very rare thing because 99% of robot mowers ship without one, preferring the customer to fork out upwards of £150 on top of the already high cost of the mower. Do you actually need a roof for it given that this model, like many others, has a water-resistance rating of IPX6? I think you do, mostly for protection against direct sunshine.

While I’ve seen no proof of any robot being damaged by sunshine, I do know that there’s a big battery inside plus loads of delicate electronics and I’m mindful that high levels of direct summer sun could cause issues. Also, ultraviolet radiation has a habit of fading some plastics. In this regard I think that being given a garage roof as part of the deal is a very welcome gesture.

According to TerraMow, the V1000's maximum lawn size is 1,200m² (0.3 acre), with a mow-per-charge range of 160-300m². This means that the robot will return to its charging base for top-ups if mowing to its full area potential. While the TerraMow V1000 is no match for the LUBA range when it comes to negotiating inclines, it is still capable of scaling modest gradients of up to 18% (32.5 degrees) and traversing terrain with mild levels of lumpiness. Like all modern lawnbots, the V1000 can also be steered manually like an RC car and present the user with a live high-resolution video feed of what the mower sees while it’s working.

For the record, TerraMow also produces a 600m² (0.15 acre) variant called the V600. If your lawn is of typical urban size, the V600 may be a better option for you.

Setup

My TerraMow V1000 review sample arrived in a slightly smaller box than usual but that's because, at 60.2 x 39.4 x 33.1cm, it's quite a petite machine. It's also lighter than many others I've reviewed (11.8kgs) and comes with a sturdy handle on the rear for carrying it to its charging base when setting it up. Once in situ, you should never have to lift it again until winter, when it's best put into storage.

After screwing down the charging base using the supplied earth screws, I proceeded to attach the roof using the four supplied wing nuts, and this turned out to be the longest part of the setup process. While extremely thankful that this model actually comes with a garage lid, I think a small redesign of the mounting system may be in order because I struggled to get two of the screws to bite. But, hey, why grumble when everything else about this bot is so straightforward?

Once logged on to my WiFi, I was offered a choice of two mapping options: manual or automatic. I chose automatic and off it scooted to map the lawn's boundaries. I'd say it took about 24 minutes for the V1000 to successfully map my 172m² lawn. This impressed me because my lawn has some very patchy borders and quite a few edge plants and flowers, yet the TerraMow avoided any mishaps and everything went tickety boo.

Truth is, this entire setup paragraph could have quite easily been along the lines of: ‘unbox it, plug in the charging base, follow the app’s set up procedure, tap auto map and go shopping’. That's how easy it was.

Navigation

As touched on above, the TerraMow V1000 takes a notably different navigational approach to many modern wire-free robot mowers. Instead of using RTK or even LiDAR, it utilises a system called TerraVision 2.0, a triple-camera navigation platform that continuously scans the garden to create a live 3D visual map of the lawn in real time. It does this by using reference queues like borders, textures, trees and fixed garden features in order to determine its position and navigate accurately. In essence, the mower automatically maps the garden during setup, learning boundaries and obstacle locations with minimal user input. And I mean minimal with a capital M.

Since its navigation is entirely vision-based, the V1000 is particularly well suited to gardens where RTK satellite signals might struggle beneath trees or close to buildings. It also performs surprisingly well on complex gardens, though careful initial mapping would be vital for optimum results.

However, since the mower depends heavily on cameras and visual references, it cannot mow at night successfully because it requires daylight to see lawn edges and objects clearly. Yes, it has an LED lamp on the front, but it’s not especially bright.

I personally don't see this as a disadvantage because it's unlikely that anyone will send it out to mow at night when the grass is heavy with dew. Besides, it's a robot so it can be easily programmed to run at any hour of the day, from sunrise to sunset. Nevertheless, it stands to reason that any owner should make sure that the camera lens is as clean as possible or navigation accuracy could be affected (perhaps TerraMow should have equipped the camera lens protector with automatic wiper blades).

Cutting system

Heading to the cutting deck, the TerraMow V1000 is equipped with a 20.3cm (8″) cutting deck, which is the average width of most mowbots bar, say, the Mammotion LUBA 3 and one or two others.

Like the majority of modern robotic mowers, the V1000's cutting system is comprised of a centrifugal disk with three razor-like blades attached to its outer edge. Since the blades are spun at great speed, they cut grass like a pair of scissors, leaving a better finish than a traditional push mower. Also, because the blades are pivoted and swing freely, when they strike an object like a stick, they simply flick backwards with no damage to the blades.

The cutting deck itself is motorised and can be adjusted in the app from 25-75mm in 5mm increments, which is a lot more precise than any push mower. I personally always opt for 35mm which I think produces the best lawn finish with a perfectly spongy feel and no scalped areas.

Like almost all robot lawn mowers – bar the Mammotion YUKA and forthcoming Anthbot N8 which come with grass collectors – the V1000 uses the mulching technique so all cuttings are fed back to lawn where they act as nitrogen-rich fertiliser. Hence, if your grass happens to be long when your robot mower arrives, you're advised to first use your push mower with a grass collector attached to cut the lawn to around 40mm. This will perfectly prepare the robot to continue maintaining the lawn at optimum height without leaving any unsightly grass cuttings in its wake.

If you don't have a push mower to hand, set your new robot's cutting height to the highest to minimise clumping and then gradually lower the cutting deck over the next few days until you've reached the magic 35mm mark.

In terms of edge cutting, the V1000 does a great job of keeping grass trimmed to the very edge where it straddles paving stones. However, because its cutting disk is centralised and about three inches from either side, it will not cut to the edge of hard borders where the grass meets, say, a fence or solid border. This is normal for most robot mowers, including traditional push models, and proof positive that you should never ditch your line trimmer.

Obstacle avoidance

Any good robot mower should be able to avoid obstacles like garden furniture and plant pots as a matter of course, but not all of them are as great as this little bot when it comes to dodging obstacles as small as a 6cm (2") rubber ball. In fact, obstacle avoidance is one of this model's strongest features: as it does to navigate in general, the V1000 uses its triple-camera AI vision system to identify and navigate around objects with impressive smoothness and accuracy. Even so, careful initial mapping and sensible no-go zones still help improve reliability on particularly complex lawn layouts.

Security

The sight of a fancy, expensive robot mower sitting on its charging plinth could be a very tempting proposition for garden thieves; if only they knew that all robot mowers are locked to the user's account, rendering it useless to anyone else.

This model comes with a smorgasbord of security features including an account 'binding' measure, a four-digit security code, a Find Your Device feature that shows the user where it is on a Google or Apple map, and an Alerts and Lock function that sounds an alert while locking the unit down. Since thieves might not know this, it might be worth sticking a note on the robot's garage roof to alert them that if they steal it, it simply won’t work without its security code and user’s account details.

Design score: 4.5 / 5

TerraMow V1000: performance

• Impressive cutting performance
• Inch perfect navigation
• Superb obstacle avoidance

The best robot mowers – this one included – look so effortlessly efficient as you watch them doing their business that you wonder why it took so long for autonomous robot vacuum cleaners to break out of the house and onto the garden.

In everyday use, the TerraMow V1000 has proved to be a remarkably capable and intelligent robot mower, particularly when it comes to navigation and obstacle avoidance. Unlike many wire-free rivals that rely on RTK satellite positioning, the V1000 uses its TerraVision 2.0 triple-camera system to visually map the garden and navigate entirely through AI-based image recognition.

The V1000's cutting performance has really impressed me. Granted, the standard-size 20cm-wide pseudo stripes it leaves behind are a bit too narrow for my liking, but then I've been spoiled by the Mammotion LUBA 3 which has a 40cm cutting deck and much wider wheels for better-looking lawn stripes.

Like all good robot mowers, the V1000 traverses the sward in neat, systematic lines rather than wandering randomly, and this produces a noticeably tidier finish while reducing unnecessary overlapping. Coverage on my flat, square 170m² lawn has been extremely efficient and unswervingly consistent, with the mower never appearing confused or hesitant during operation. When set to Fast mode, it has taken 90 minutes to complete the task – including the borders – with loads of battery power to spare.

From my own evidence after several weeks of use, I'm now of the opinion that you could safely go on a three week holiday and return to a perfectly manicured lawn instead of finding a robot just sitting there, lost among the fronds with a dead battery. That's how reliable it's been.

In terms of obstacle avoidance, this is a five-star model that has passed every test I've thrown at it. I started small – as I always do – using a 6cm (2") rubber ball and a length of hosepipe. It deftly avoided both. Yes I'll admit that it failed to avoid a long one-inch tall fabric dog chew when placed end-on but, as anticipated, it easily avoided it when placed horizontally. Most robot mowers I've tested have run straight over this same toy no matter which direction it's been placed.

I personally don't have an issue with this one small obstacle error since the tog chew likely looked like leaf to the robot's vision and no one wants a robot that avoids every leaf or it'll never cut the lawn properly. For this very same reason, I can't see this bot avoiding all dog mess so, unless you want smelly muck all over the tyres, I would make sure the garden is clear before setting the robot on its way.

I sadly haven't been able to test this model's multi zone mowing because there are four steps leading to my front lawn. However, it works to the same pre-programmed pathway mapping principles of others. According to the specs, the V1000 allows for up to five different zones. Similarly, I haven’t been able to test the V1000's ability to scale inclines of up to 18% because my lawn is uniformly flat.

So what are my final thoughts? Very impressed indeed, especially considering that the V1000 just uses cameras to get around. To me this feels less like a rushed release to capitalise on the current trend for wire-free autonomous lawn care and much more like a genuinely mature autonomous garden machine that's been on the turf for years. Well done TerraMow.

Performance score: 5 / 5

TerraMow V1000: TerraMow app

• Intuitive layout
• Comprehensive editing
• Could do with a minor tweak or two

The TerraMow app supports both the V1000 and smaller V600 model and is one of the most polished and intuitive robot companions I've so far used. From the outset, this app's interface felt clean, modern and logically organised.

Aside from the usual features like scheduling, cutting height adjustment, cutting angle, real-time mower tracking, battery monitoring and firmware updates, one of the most striking features of this app is the live visual mapping system, which allows you to view the mower’s virtual lawn layout topographically. You can also perform a multitude of edits, including no-go zones, pathways for separate lawn zones, map rotation (a rare thing), no-mow passages and specific grass-cutting zones in scruffy areas it may otherwise automatically miss when mapping.

Crucially, most of the features in the app are easy to locate and understand, even for first-time users. Yes, there is scope for a little improvement – I'd love to see short-cut tasks on the home screen – but in the main I think this app strikes an excellent balance between comprehensiveness and usability.

App functionality: 4.5 / 5

Should you buy the TerraMow V1000?

Buy it if

Don't buy it if

How I tested the TerraMow V1000

Reviewing robots of any kind takes ages, mostly because you have to keep an eye on them for long periods of time, just waiting for some anomaly to occur. Against all odds, the TerraMow V1000 turned out to be one of the most refreshingly easy models to appraise, mostly because it always behaved itself and never did anything that had me scratching my head in bewilderment. And that's all you can ask of any state-of-the-art tech.

First reviewed May 2026

Derek Adams has been in consumer tech journalism since joining London listings magazine Time Out in the early ‘80s. He’s an experienced reviewer of cordless vacs and robot vacs, indeed anything that runs on batteries or has a plug attached. Derek also writes extensively for TechRadar’s sister site T3.com between playing drums and guitar with his bandmates in Red Box.