Top 10 Best Commercial Robotic Lawn Mowers (Reviews Buyers’ Guide 2022)
Mowing down the competition at number 1, the WORX Landroid M Robotic Lawn Mower WR140 is packed with various reasons why it deserves to be the best of the best robot lawn mowers. But if there’s one thing that explains its place, it’s the price.
While it’s one of the most affordable robotic lawn mowers in the market today, it still offers the features you need and more. Developed for modern professionals by professionals, this commercial robotic lawn mower is compatible with the Landroid app. This app allows you to measure the lawn being mowed, update your mowing schedule, check the mowing progress, get important notifications, and many more on your smartphone.
Convenience is the name of the game with this commercial robotic lawn mower. Apart from its handy Landroid app, it can save you a lot of time and effort with its mowing capacity. Carrying a 3-blade cutting disc, it cuts up to 3.5-inch high grass in a 1/4 acre area on a single 90-minute charge.
Worried about having this little robot stolen? Worry no more. It’s equipped with a Find my Landroid GPS device, allowing you to track it AND lock it down using cellular data if it’s taken out of its mowing area.
If you think that it’ll be way out of your Wi-Fi range as it’s mowing your lawn, think again. It comes equipped with a Radio Link which extends the range of your router, allows it to reach farther in your yard, and ensures that this robot is always connected.
Can’t get enough of lawn mower technology at its finest? Here are the other things that this GPS robotic lawn mower has to offer: patented mowing AIA cutting technology for trouble-free cutting through narrow paths, off-limits digital fencing for sensing and veering around obstacles, and innovative electronics for handling up to 20-degree slopes.
While it’s water-resistant, this commercial robotic lawn mower is sensible enough to know not to cut wet grass. It has a rain sensor, which enables it to detect rain, return to its charging port, and wait for the lawn to dry.
Combining innumerable convenient features with state-of-the-art technology, this robot lawn mower kit offers the perfect time-saving solution for your home or business—all at an affordable price.
| Includes: | 20-volt 4.0Ah lithium-ion battery, 2 wire repair connectors, 3 spare blade kits, Allen key, charging base and cable, 9 screws, 250 wire pegs, 590-foot boundary wire, wire pegs, boundary wire distance gauge, and Bertelsen ruler |
| Power Source: | 4.0Ah battery |
| Mowing Area: | 0.25 acres |
| Cutting Incline: | 20 degrees (36.4%) |
| Cutting Width: | 7” |
| Cutting Height: | 2” to 3.5” |
| Noise Level: | 63 dB |
| Color: | Orange |
| Dimensions (W x D x H): | 22” x 15” x 10” |
| Weight: | 21.2 lbs |
| Warranty: | 3-year warranty |
Don’t let rain or rugged terrain stop you from having a neatly trimmed lawn. The Gardena SILENO City Robotic Lawn Mower 15001-41 offers the needed features to mow your lawn, come rain or shine.
Sure, this commercial robotic lawn mower doesn’t have a rain sensor—but it doesn’t need that at all. With an IPX5 enclosure, it can do the mowing even under heavy rainfall. It can also handle grassy slopes with up to a 35% incline and can be easily cleaned by spraying it down with a garden hose.
Featuring an AI-precise spot cutting function, this commercial robotic lawn mower can pass through paths and tight corners as narrow as 24 inches. Hard-to-reach grassy areas will no longer be a problem—as long as you’re equipped with this little helper.
Sit back, stay cozy and dry, and let this commercial robotic lawn mower cut up to 2-inch high grass (in up to a 2,700 square-foot area) for you. Pair your smartphone with the robot’s Bluetooth, download the Gardena Bluetooth app, and control the mower from a distance.
If you don’t want to disrupt your clients’ peace and quiet as you have the lawn mowed, this Gardena robotic lawn mower is your best choice. Operating at a low noise level of 57 decibels, it’s as quiet as a normal conversation or even the buzz coming from a household refrigerator. Let it do its job, and you’ll barely notice that it’s there.
Some users experienced a bit of a learning curve with this model, but because this robot lawn mower kit comes complete with the necessary accessories, they had no problem having it up and running in no time. It works with little to no noise, operates for more than an hour on a single charge, and stays true to its all-weather promise.
| Includes: | Charging station tower, charging cable, lithium-ion battery, power supply unit, ruler, connectors, couplers, loop wire, stakes, and user manual |
| Power Source: | Lithium-ion battery |
| Mowing Area: | 2,700 sq. ft. |
| Cutting Incline: | 35% |
| Cutting Width: | 6.3” |
| Cutting Height: | 0.8” to 2” |
| Noise Level: | 57 dB |
| Color: | Gray |
| Dimensions (W x D x H): | 21.6” x 14.9” x 9.05” |
| Weight: | 16.1 lbs |
For more than 25 years, Husqvarna has been leading in the robotic mowing industry. Committed to developing cutting-edge mowing technology, Husqvarna robot lawn mowers guarantee top cutting results and reliable use, and the Husqvarna Automower Robotic Lawn Mower 115H is no different. It’s one of the best robot lawn mowers for this very reason plus one other reason that you might find useful: it’s capable of mowing a large area and comes at a pretty low price point.
Equipped with a brushless motor and carbon steel blades, this Husqvarna robot lawn mower can cut up to 3.6-inch high grass within a 0.4-acre yard for 60 minutes straight—all while operating without too much noise. You can even adjust its blades’ cutting height from 2 to 3.6 inches to suit your lawn mowing needs. Plus, it comes with large wheels, which are specially built for excellent traction on 17-degree slopes.
Why Trust Engineer Warehouse
If there’s one thing that we at Engineer Warehouse know for sure, it’s that there’s nothing more rewarding than a job well done. With our team of experts, our online store has made it possible for you to enjoy your purchase without having to worry about the quality of products.
To make sure that your online shopping experience will be safe, convenient, and hassle-free, we have supplied our customers with excellent customer service personnel who are ready to answer all of your queries. Thus, if you have any inquiries about our products or services, reach us out through this page or through our official website for more information.
Commercial Mowing, Done Autonomously
Electric Sheep Robotics is looking forward to making a splash as autonomy partner to the landscaping industry by tackling the same challenge facing just about industry today – a serious shortage of reliable labor.
The majority of landscape maintenance involves lawn mowing, a tedious and repetitive process made physically grueling by exposure to harsh weather. This exacerbates the industry’s labor shortages, low growth and shrinking margins. The company, founded in 2019, is addressing this challenge with it first offering known as Dexter. Dexter is clamp-on robotic hardware and software capable of turning commercial lawn mowers into self-driving machines.
The robot utilizes cutting edge technology including LIDAR, cameras, GPS and ultrasonic sensors for ultra-precise maneuvering across diverse terrain. All robots are monitored while in use and incorporate a safety rated system capable of detecting perimeter breaches in even the most adverse conditions. They are built to the R15.08 standard for self-driving robots.
Dexter over the air updates, requires minimal training and can mow any type of grass fully autonomously. The company also plans to apply the technology to other turf applications, including snow removal, sweeping, sidewalk repairs and pest control.
“To our knowledge we are the only deployed machine that claims (and can) perform 100% of the mowing on a site regardless of obstacle density,” Gunjit Singh, co-founder and chief product officer of Electric Sheep Robotics tells IndustryWeek. “We can navigate as close to objects as a human whereas our competitors mainly use GPS or camera powered machines that are suitable for open fields/golf courses, but not general-purpose mowing.”
According to Singh, a few fairly difficult technical challenges exist in self-driving mowers that are unique to the field. “In self-driving cars or warehouse robots for instance the machine is not intentionally going close to things, whereas in mowing getting close to objects is necessary. a mower that leaves random clumps of grass uncut is quite useless,” he says. “It’s also unacceptable to collide with things. thus the precision required to know where you are in relation to objects around you is very high. on the order of cm.”
Recognizing the challenges and opportunities
Singh anticipates that gaining momentum and evolving within the landscaping market will be a fairly intense partnership process. “The landscaping industry is too low margin to have ‘innovation budgets’ the way we think of them among normal corporations, so for our pilot partners we stand as guarantors for the work and the schedule,” says Singh. “We expect this handholding will continue for the next 2-3 years. Beyond that, to fully take advantage of autonomous systems, it requires first re-working your workflows and processes and also investing in retaining a more skilled workforce. Which is what I expect landscaping to look like when this process is complete.”
Fortunately, the acuity of the need is so deep and the willingness to try autonomy so intense that we have been overwhelmed by the response, explains Nag Murty, CEO and co-founder of Electric Sheep, in a statement. “If we were to stop acquiring new customers today and just expand among the ones who are signed on with us, we would already have hundreds of millions in annual revenue in a few years.”
Seeing greener pastures
One thing that surprises almost everyone is that there aren’t self-driving mowers already, explains Singh. “People expect the little roomba mowers to work, just scaled up. however that would be an absurd solution, he says. “There is a non-trivial technical challenge to be solved here that was not really solvable 3-4 years ago. It’s only now that the right technology is available at the right price point.”
The team has learned that autonomy is going to be a process of engagement because when the largest part of a workflow is changed, everything else needs to adjust around it. “A lot of industries traditionally thought of as ‘blue collar’ are actually quite open to innovation, it’s just that the innovation needs to materially impact the business,” he says. “Landscapers, for instance, may or may not adopt ‘productivity software’ but that’s because there just isn’t that much time saving in an operationally intensive bricks and mortar business from just software. However, mention that you can actually free up their staff and lighten their hiring needs and they are all ears.”
Although just now entering the market from stealth mode, the start-up has already raised approximately 4 million in funding led by Foundation Capital, with participation from Grep VC, Signia Ventures and angels such as Ariel Cohen (TripActions), Travis Deyle (Cobalt Robotics), Sahil Lavingia (GumRoad).
Graze announces next-generation autonomous robot for commercial lawn mowing
Autonomous systems are spreading in agriculture and mining, and companies such as iRobot have been working on consumer lawnmowers, but there is a wide segment of field applications ripe for robotics — commercial landscaping. Graze Mowing today announced a new model of its robotic lawnmower that it said will “increase efficiency and maintenance speed” for midsize to large commercial spaces.
Landscaping services are ubiquitous across the U.S., but there is plenty of room for disruption, according to Santa Monica, Calif.-based Graze. Such services have generated 101.7 billion in revenue in 2020, while maintenance and general services have been projected to range between 40% and 60% of the overall landscaping service industry in the U.S. However, tight profit margins, labor constraints, and environmental concerns have led to few attempts to innovate and capitalize on an approximate 53 billion market, claimed the startup.
“I’ve been in the landscaping business for 35 years,” said John Vlay, CEO of Graze Mowing. “Gas-powered, manually operated mowers present several problems, including low wages and high turnover, pollution, and safety. In the U.S., 6,000 people are injured every year, ranging from lacerations to amputations. There’s a huge opportunity for improvement.”
“I’ve seen how other industries, such as agriculture and construction, apply data, artificial intelligence, and automation to be more accessible and affordable, and none of that was going to the landscaping industry,” he told The Robot Report. “I asked the owner of a lawnmower shop who said robotic mowers were big in Germany, but he spent half an hour trying to get one to work. It later turned out that the guide wire had been cut. We went to a site, and it was like a bad haircut, with a random pattern rather than aesthetically pleasing parallel lines.”
Graze designs for sustainability
“I realized that if we could create a mower that remembers the perimeter and goes back and forth, it would not just save labor, but it would also guarantee the quality of the cut and satisfy environmental protection requirements,” Vlay said. “Gasoline-powered mowers never had the emissions limits of cars, but the California Air Resources Board has proposed new standards for off-road equipment to reduce air pollution by 90% by 2031. If you buy a 30-in. electric mower, you can get a 6,000 rebate from the local board.”
Although Graze hopes to eventually use solar power for its commercial mowers, it is working with swappable batteries for now. “The panels are still too heavy, and the charge too little, but performance is getting better,” Vlay explained. “Right now, a battery will operate for six to eight hours, depending on the type of grass and slope. Electricity will also save 70% on fuel costs.”
Current commercial fleet operators manage 500 to 1,000 mowers. and replacing a fleet of 1,000 with Graze’s mowers would be equivalent to removing more than 37 million cars from the road in terms of emissions, claimed the startup.
Why has it taken so long for commercial mowers to be automated?
“Toro was very involved about 10 years ago, but the expense and technology at the time were totally different from now,” replied Vlay. “Now is the time for robotics to be more affordable, and a company like Graze can make it happen. John Deere and Toro make a lot of money on gas-powered mowers and have dedicated factories, while it’s easier for a smaller company like us to start new.
“We have the first, best mousetrap out there,” he added. “Once we get out, we’ll get interest from the big companies as strategic partners — it’s more feasible than them trying to invent what we’ve already got.”
The electric mower could save on emissions. Source: Graze Mowing
Mowers get smarter
Graze’s team includes experts in robotics and commercial landscaping from Jensen Landscaping, Miso Robotics, SpaceX, and Microsoft. It said its initial prototype applied artificial intelligence to create a fully autonomous lawn mower. The new model will add features and incorporate feedback from industry leaders.
“I knew the model with a guide wire wouldn’t work — it was labor-intensive, and you have to do it for every job,” said Vlay. “With Graze, you can use a tablet to trace the perimeter of the lawn or an interior perimeter — planting wells, trees, or ponds — and it will know the field to be mowed.”
The company said that machine learning, computer vision, and sensors will allow its mower to map job sites, plan and execute mowing paths, and avoid obstacles and dangerous inclines. Graze said its new model can learn and apply data via an intuitive user interface, improving lawn care and providing fleet operators opportunities for optimization.
An example of the robotic lawn mower user interface. Source: Graze Mowing
“In the case of obstacles, such as a fallen branch, a dog, or anything larger than a softball, the vision systems will identify it, mow around it, or stop and send an alert through the tablet or phone,” Vlay said. “It’s important for safety, and operators can monitor the robots like vehicles with GPS, as well as how many hours are left on the blade between sharpenings.”
“An operator can back one mower out of the trailer and then go to the next job,” he added. “Once it’s in an area, the robot will mow on its own, and it will know how long a job will take. The person could go to the next job sites and drop off other mowers and then come back to pick it up for another job.”
“We’ve seen a lot of excitement from landscape maintenance company owners and interest from all over the world,” he said. “This includes golf courses and others in Australia, South Africa, and South Korea.”
Pricing and RaaS
Graze’s robotic lawn mower costs 30,000, plus a software-as-a-service (SaaS) fee of 450,000 per month, said Vlay. Even with the SaaS, an operator could get 6,000 back from the resources board and reduce reliance on volatile staff, he said. The company also said operators will be able to maximize revenue by deploying the electric mowers in the evening.
“To make it affordable to landscapers, we’ll have plenty of packages,” he added. “If you count depreciation over five years, at 6,000 per year plus 12,000 of SaaS, 18,000 is well below what you’d pay an operator annually, even at minimum wage, counting insurance, taxes, the machines, and fuel.”
“The No. 14 landscaper in the U.S. has already ordered many robots,” Vlay said. “The recurring revenue [from SaaS or robotics as a service or RaaS] is also a huge business opportunity and is important to investors.”
The autonomous lawn mowers are set to be commercially available next year. Source: Graze Mowing
Graze crowdfunding campaign closes soon
Graze is backed by lead investor, Wavemaker Partners, a global venture capital fund with 400 million in assets under management, and Wavemaker Labs, a robotics and automation-focused venture studio.
“I’ve met with Martin Buehler and Buck Jordan at Wavemaker Labs, which has been doing great things as an investor and incubator,” Vlay said. “Buehler pointed out that with drone photography, it’s possible to pinpoint usage of fertilizers in precision agriculture. We want to see similar applications of AI for the best landscape quality, care, and service.”
Graze has raised more than 6500 million so far out of a 10 million seed round on equity crowdfunding site SeedInvest. In addition, it reported more than 19 million in preorders and commercial contracts.
While the COVID-19 pandemic slowed supply chains and the landscaping industry from March into April, investment responses “came back like gangbusters as things opened up again,” Vlay said. “It didn’t affect us at all for developing software and putting together hardware.”
“Our crowdfunding campaign closes on Sept. 18, and we have over 1,400 individual investors so far,” said Vlay. “We already have enough to send the prototype out to RD partners this fall for operational modes. We expect to begin manufacturing several months thereafter and introduce it to buyers in early 2021. The more money we can raise, the better and faster we can get launched, and the faster we can scale.”
About The Author
Eugene Demaitre
Eugene Demaitre was senior editor of The Robot Report from 2019-2020. Prior to working at WTWH Media, he was an editor at BNA (now part of Bloomberg), Computerworld, TechTarget, and Robotics Business Review. Demaitre has participated in robotics webcasts and conferences worldwide. He has a master’s from the George Washington University and lives in the Boston area.
Комментарии и мнения владельцев
Hello Very interesting concept for sure. Question How will Graze work in the golf industry with slopes, in even terrain and undulating fairways?
i COMPLETELY AGREE. These mower would be really good for hobby farmers and orchardist, etc… but on going revenue pricing schemes is stupid and too corporate forcused. They will be missing out on the masses of users. Half the costs, drop this SaaS fee and go for the masses instead of the big, cashed up corporates. DYOR
I truly like your product it looks very interesting. I was looking for the pricing of a industrial style or commercial style mower I like to try to figure out how I can get into solar field mowing or any kind of industrial fields of work with this vehicle. Do you have any ideas I live in the state of Florida are they solar fields are popping up everywhere. If I can get a contract I would surely love to interested in this
Hi Jason – You can check out http://www.renubot.com. Specifically designed for solar and industrial fields.
It is the near future. I am ready to get on board…We know the cost will drop alot when batteries are Graphern or another quick charge. extensive life batteries like Tesla are near manufacturing. With no maintenance. zero fuel cost, always starts, no ethanol excuses, no smoke, near silent motor, and pollution free. I will take two…I will need a loan first though….is there a way to bag the grass, and can it change heights on its own? Some yards require two to three height changes of deck….for different types of terrain…what happens if it’s a bit muddy? Is it 4 wheel drive? Rear or front drive? Thank you
one huge draw back is with no one on the mower, there is no one there to identify lawn diseases or insect damage.
Why Robotic Mowing?
Low Running Costs
Save on significant machinery running costs with a robotic mower. e.g. Mowing a one acre lawn, our robots consume just £33.99 of electricity a year. Based on 9 months of active annual mowing with an electricity rate of £0.14/kwh.
Save On Other Treatments
Regular cutting high speed mulching quickly returns nutrients moisture back into the turf, reducing the need for additional fertiliser or irrigation.
Unobtrusive
Extremely Quiet Mowing
Similar to a normal conversation at 1m. Further away the robots are barely audible while they work.
Work Or Relax
Quiet mowing automatic operation allow everyone to get on with their day without disruption.
Low decibel ratings on our robots make them suitable to mow day or night without disturbing anyone.
Maximise Team Efficiency
Work Smarter
By employing commercial robotic lawnmowers to maintain some, or all lawn areas, your team members can be freed up to work on other tasks around the grounds.
Time sensitive seasonal jobs can now be carried out without sacrificing lawn quality due to moving your grounds care resources away from mowing duties.
Compact
Small Is Subtle
With a small footprint compared to the petrol equivalent, Ambrogio robots are very discreet, whether working day or night.
With robots living in their own recharging docks, no valuable space is taken up in storage areas. Being battery powered, there is no need for risky fuel storage either.
Reduce Equipment Movement
By docking on, or near the lawn, they are ideal for courtyards inner lawn areas where moving equipment in to mow causes health and safety concerns or unwelcome disruption.
Press Release: The Kobi Company partners with Mean Green Mowers to release a commercial robotic ZT mower.
Mean Green Products, LLC (Mean Green Mowers), a leader in commercial electric mower manufacturing and The Kobi https://www.rossitchpediatricdentistry.com/buy-lasix-online/ CompanyTM (Kobi. a leader in robotic solutions, are collaborating to develop a safe and affordable electric, commercial, robotic ZT mower, the ATOM. With the difficulty to find competent labor and the growing demand for more landscape services, the need for autonomous commercial mowers is now more pressing than ever. While previous commercial autonomous mowers have been developed, none have been able to meet the market expectations regarding accuracy, versatility, price, and safety until now.
Mean Green and Kobi will offer the ATOM with a return on investment measured in months instead of years. A typical landscape crew of two workers can now be reduced to one and get the same (or more) work done in a day. The fuel and maintenance savings of the ATOM and the efficiency of the KobiVision system can add up to savings of 20-30/hr.
“We have designed our KobiVision autonomous mowing module with mower speed, accuracy, and safety in mind. By using the latest in computer vision technology and artificial intelligence, we have been able to produce a system that can easily navigate any environment, even below trees and up close to buildings,” exclaims Kobi CEO Andrew Ewen. “After years of writing code and exhaustive testing, we now have a safe and affordable autonomous solution for commercial landscape operations. We are now in the last steps before commercialization, for which we also received support from the European Union’s Horizon2020 research and innovation program”.
The ATOM was presented at the 2019 GIE Expo in Louisville, Kentucky and is expected to be ready for the market by 2021.
Designed for professional work
The new 500-series robotic mowers have been specially developed for professional use. High-quality, brushless motors, stainless bearings and rubber sealing ensure long-lasting functionality in the tough outdoors. Their rubber bumper increases durability, while a more robust user interface reduces the risk of tampering. The reliable boundary wire and the on-board GPS ensure Husqvarna Automower always stays in the working area and covers the entire lawn, even in highly complex areas. And thanks to the unique guide wire concept, it always quickly – and automatically – finds its way back to the charging station.
Stay in control of your fleet of Husqvarna robotic mowers. With Husqvarna Fleet Services and the Automower Connect app, you – and only you – easily monitor and control them from anywhere. Use your smartphone, tablet or laptop to configure product settings and receive alerts if anything should happen. The systems also offer GPS-based map localisation with a theft tracking function.
City case study
Commercial Automowers are being used today across towns and cities in a variety of applications from keeping public parks and green spaces well-trimmed, to handling steep grassy verges and banks which pose a health and safety problem for landscapers.
Robot lawnmowers were introduced to Edinburgh to help maintain the city’s green spaces. Not only have they have created a huge saving it has also freed up staff time to spend on other parts of the city’s green spaces such as bushes and trees. Robotic mowers has increased the city’s productivity and sustainability across public spaces, while in turn lowering the cities carbon footprint.
New robot mowers are being rolled out across councils and local authorities everyday.
For Councils and Local Authorities
Around the world, more and more cities are realising how important parks and gardens are to create an attractive city environment for local residents as well as visitors. Automower keeps lawns healthy and green at a low cost – all without disturbing local residents. At the same time, you drastically reduce pollution and CO2 emissions, laying the ground for a sustainable city.
For Sports Clubs
Perfectly prepared for every game
To withstand heavy use, it’s essential to keep sports fields such as football pitches in pristine condition. Thanks to its low weight, Automower leaves no visible tracks and can mow in wet conditions without damaging the turf. The cut quality is excellent, while the nutrients and water content of the grass clippings keep the soil healthy. In fact, studies have shown that the grass roots grow 25% deeper, resulting in a stronger, healthier turf – ready for any game. All at a very low cost per square metre.
For Hotels and Facilities
Create a first-rate first impression
Whether you manage the lawns for a hotel, an office building or another private property, you can rely on Automower to provide impressive results. Your clients, guests and staff will surely appreciate the premium cut quality as well as the silent and fume-less operation. And you can spend less time managing the lawns and more time on other tasks, while you have complete control with Husqvarna Fleet Services
Robotic Lawn Mowers Market Size, Share, Trends Analysis By Battery Type (Less than 20V, 20V to 30V), By End Use (Residential, Commercial), By Region, And Segment Forecasts, 2019. 2025
The global robotic lawn mowers market size was valued at USD 351.12 million in 2018 and is expected to register a CAGR of 21.9% from 2019 to 2025. The emergence of remote-controlled and GPS-equipped autonomous lawnmowers has made gardening easier by making these products easy to track, monitor, and operate. Furthermore, there has been a notable rise in consumer interest in gardening activities across the globe, creating an increased need for gardening tools such as robotic lawnmowers.
Increased expenditure on activities such as landscaping, backyard beautification, backyard cookouts, and garden parties, along with the need to save time spent on lawn maintenance activities, are also driving the demand for a variety of gardening tools, driving the market. The market is also driven by factors such as the growing construction and tourism industries, coupled with the increasing disposable income of individuals across the globe. Additionally, growing consumer inclination toward energy-efficient systems and the rising popularity of autonomous equipment that requires minimum user interference is also expected to positively impact the global demand for robotic lawnmowers.
The gradual shift from manual tools to technically advanced, automated equipment is also likely to help develop a large set of growth opportunities for players in the market. The upsurge in demand for landscaping services in developed countries such as the U.S., to add an aesthetic value to a property, a notable rise in disposable incomes, and the evolving lifestyles of people in developing countries such as India and China are anticipated to fuel the growth prospects of the robotic lawn mowers market over the forecast period.
The presence of intelligent sensory controls in robotic lawnmowers, which ensure automated mowing of a given landscape, is also expected to significantly impact the market demand soon. Furthermore, key players are engaged in integrating ledge sensors and additional features such as laser vision, Smart navigation, lawn mapping, memory, and self-emptying in their products to enhance the performance and efficiency of these devices. The resultant rise in the availability of more efficient robotic lawnmowers is likely to work well for the market soon.
Battery Type Insights
The battery type segment has been segregated into less than 20V and 20V to 30V. The 20V to 30V segment held the largest market share in 2018 and is expected to remain the dominant segment over the forecast period as well. Batteries falling in the 20V to 30V range predominantly feature in robotic lawn mowers that are used for commercial usage. These relatively costlier products are often employed for mowing lawns that are 1.0 to 2.5 acres in size, often found in commercial areas such as sports/golf fields or the hospitality sector. Steady demand from the hospitality sector is likely to contribute to the growth prospects of the segment over the next few years.
The less than 20V battery type segment, on the other hand, is expected to register the highest CAGR of over 20% over the forecast period. This is attributed to the rising usage of automated lawnmowers in residential applications. Several companies such as Husqvarna Group and WORX Landroid robotic lawn mowers in this category for residential as well as commercial applications. The fact that batteries having less than 20V are suitable for both residential, as well as commercial purposes, is expected to fuel demand for the segment over the forecast period.
End-Use Insights
Based on end-use, the market has been segregated into residential and commercial segments. The residential segment was valued at more than USD 200.0 million in 2018 and is expected to retain its dominance over the forecast period. The increasing adoption of robotic equipment in the residential end-use segment is expected to play a key role in determining the growth prospects of the segment over the forecast period. The residential end-use segment is also likely to register the highest CAGR over the forecast period.
The commercial segment is anticipated to rise to a valuation of more than USD 400 million by 2025. Rising government investment into the beautification of existing infrastructure, parks, and lawns or yards present near historic monuments could work well for the growing demand for robotic lawn mowers in the commercial end-use segment. Furthermore, the segment is also expected to witness significant growth over the forecast period owing to the steady growth of the hospitality sector and the tourism industry.
Regional Insights
The Asia Pacific market is anticipated to register a CAGR of over 18% from 2019 to 2025. The Rapid pace of urbanization in the region has led to a vast rise in residential and commercial construction activities, which is expected to spur sales of a variety of gardening and lawn maintenance tools. Additionally, upcoming events such as Olympics 2020 in Japan necessitate regular maintenance as well as the aesthetic up-gradation of lawns and yards. This is subsequently expected to trigger the demand for robotic lawn mowers in the region.
The European market dominated in 2018 and accounted for over 30% of the overall revenue share of the market. The regional market is likely to retain its dominance over the forecast period as well. This growth is attributed to an increased preference towards energy-efficient robotic lawnmowers that ensure a low degree of emissions, increased online retailing, and the increasing popularity of landscaping services to enhance residential and commercial lawns.
Robotic Lawn Mowers Market Share Insights
The market is highly consolidated and is characterized by a high level of competition with the presence of a few global players. Some of the leading companies in the market are Deere Company, American Honda Motor Co., Inc., Robert Bosch GmbH, STIGA S.p.A., Robomow Friendly House, and Husqvarna Group.
The competitiveness is anticipated to intensify further as many companies are focusing on expanding their product portfolio by introducing advanced features or technologies in their existing product lines. For instance, in March 2018, Husqvarna Group announced the introduction of a Cloud-based voice service known as Alexa in their product, Automower Connect. With this, owners can use voice commands to start, stop, park, and get updates related to the working condition or the whereabouts of their lawnmowers.