10 Best Robotic Mowers | December 2016

10 Best Robotic Mowers
Best Mid-Range
Best High-End
Best Inexpensive
We spent 35 hours on research, videography, and editing, to review the top picks for this wiki. This is what we're talking about when it comes to useful technology. Now you can use one of these robotic mowers to cut your lawn while you sit back sipping on a cold one. These models can handle everything from a modest yard to a spread of over an acre. When users buy our independently chosen editorial picks, we may earn commissions to support our work. Skip to the best robotic mower on Amazon.
The Evatech S Class is a remote-controlled workhorse for shearing grass as high as 3 feet tall. Cruising at 7-10 mph, it has large all-terrain tires for plowing through thick weeds and brambles that would stall out other mowers.
  • works on slopes of up to 30 degrees
  • great for older homeowners
  • very heavy at 130 pounds
Brand Evatech S Class
Weight 150 pounds
Rating 4.1 / 5.0
Capable of cutting up to 4,300 square feet per charge, the DLPJ Auto Mower operates quietly and discreetly, navigating slopes of up to 30 degrees and retreating automatically to base to avoid inclement weather or recharge low batteries.
  • four efficient cutting blades
  • multiple safety features and alarms
  • may get stuck on large obstacles
Brand DLPJ
Model pending
Weight 25 pounds
Rating 3.7 / 5.0
The LawnBott LB1200 Spyder is suitable for maintaining lawns of up to 5,500 square feet and needs no perimeter wire to operate. Weighing in at only 18 pounds, it's easy to move around, but may tend to get stuck on obstacles.
  • cuts for up to 5 hours per charge
  • obstacle detection and avoidance
  • belts may break and need replacement
Brand LawnBott
Model LB1500
Weight 39.2 pounds
Rating 3.7 / 5.0
The LV-Robot RC08 uses an intelligent mowing function to make sure it cuts all the grass it needs to, avoiding areas it has already trimmed and cutting up to 120 square meters of lawn per hour, with 500 square meters of coverage.
  • theft protection system
  • charges in two to three hours
  • built-in bump sensors
Brand LV-Robot
Model LV-RC08
Weight 72.8 pounds
Rating 4.0 / 5.0
Designed to cope with inclines of as much as 40%, the Husqvarna Automower 315 is a svelte, 20-pound marvel that's powerful enough to carry on even in heavy rain. Three sharp cutting blades make short work of its 1/4-acre territory, and complex yard features are no barrier.
  • adapts to lawn's growth rate
  • silent operation with zero emissions
  • requires separate installation kit
Brand Husqvarna
Model 967623405
Weight 37.1 pounds
Rating 4.2 / 5.0
The Robomow RS612 can manage slopes with a grade as steep as 36% and features a durable brushless motor and child lock for safety. An included remote control makes it easier to maneuver around tricky lawn features, and a rain sensor helps avoid mowing in soggy conditions.
  • counter-balanced floating deck
  • up to one-quarter acre coverage
  • programmable for multiple zones
Brand Robomow
Model RS612
Weight 79.4 pounds
Rating 4.1 / 5.0
For automated lawn care on a budget, the Worx Landroid offers customizable cutting heights and scheduling to manage lawns of up to one-quarter acre, taking only 45 minutes to charge, and using shock-detection and rain sensors to avoid collisions or inclement weather.
  • child lock safety feature
  • mows on grades up to 20 degrees
  • zero carbon emissions
Brand Worx
Model WG794
Weight 44.6 pounds
Rating 4.0 / 5.0
Slopes of up to 35% are no problem for the Robomow RC306, which is designed to crop up to 6,500 square feet of lawn to a uniform height of 3-1/4 inches. Extra-wide wheels and an 11-inch heavy-duty cutting blade make it a powerful tool for remotely trimming the grass.
  • multiple zone programming
  • rain sensor and child safety lock
  • perimeter wire and pegs included
Brand Robomow
Model RC306
Weight 52.3 pounds
Rating 4.9 / 5.0
Using perimeter wire and GPS navigation to negotiate complex spaces and narrow passages with as much as a 45% slope, the high-end Husqvarna Automower 450X covers a lot of ground and provides exceptional performance for those who can afford it.
  • handles lawns over one acre
  • smartphone app control
  • adjustable cutting height
Brand Husqvarna
Model pending
Weight pending
Rating 4.8 / 5.0
The Robomow RS622 does an outstanding job of cutting uneven and irregularly-shaped lawns, handling up to 1/2 acre and grades of up to 36% with ease. Its feature-rich design includes smartphone app integration, multi-zone functionality, rain sensor and a child safety lock.
  • quiet and bagless operation
  • modular design with snap-on blades
  • unique edge mode
Brand Robomow
Model RS622
Weight 79.4 pounds
Rating 4.7 / 5.0

Buyer's Guide

Ease And Automation For Your Grass

Lawn control is often the bane of many backyard enthusiasts who are constantly trying to make every blade of grass look as attractive as possible. A green, well-manicured lawn is the sign of a healthy one. Those with an obsession for proper lawn care may consider it a personal insult to see weeds or dead patches of grass on their property, but may find it difficult to stay ahead of it all the time. Traditional lawn mowers can be too loud, too rough, and require the use of toxic gasoline to operate efficiently. For that reason, a robotic lawn mower may be in your future.

Also known as an autonomous mower, the robotic lawn mower is a battery-operated device capable of cutting grass without human intervention. This mower operates using the information received from its electromagnetic sensors and works in tandem with a low-voltage wire placed around the perimeter of a user's lawn. This wire emits an electromagnetic field, which the mower interprets as the boundary of the area to be cut.

Each electromagnetic sensor contains 4 components, including two emitters, a signal encoder, and the signal processing circuit. Each emitter also has two separate plates with current-carrying wires that produce their own magnetic fields. These magnetic fields interact with the field being produced by the lawn's perimeter wire, which allows the sensor to detect electromagnetic induction from the perimeter wire. This action ultimately causes the plates to rotate in one direction or another. Once the encoder has analyzed the signals, they are then collected by the emitters through a measurement of the distances that the plates have rotated.

It is the job of the signal processing circuit to organize this collected information so that the encoder can calculate the rotation of both the inner and outer parts of the emitters. All of these sensor's components help the mower to detect the electric current in the perimeter wire in order to determine its own orientation and distance from the wire while it's operating. The mower also uses the perimeter wire to locate its charging station when running low on battery power. The charging station also doubles as a storage place for the mower when it's not in use.

Slicing To Precision

The majority of robotic lawn mowers are shaped like large beetles and, depending on the manufacturer, offer a variety of different blade designs and battery choices. Unlike the large, high-impact rotary blades associated with conventional mowers, the robotic mower features single, double, or triple-bladed cutting action designed to slice blades of grass into small pieces rather than shredding it. With this style of cutting, grass clippings remain short and are able to decompose quickly.

This decomposition can actually serve to nourish the grass upon the release of nitrogen into the soil, giving the robotic mower an environmentally-sustainable design. Its electromagnetic sensors also prevent the need for the user to ensure that the mower is operating within its boundaries and that it isn't cutting or wasting energy in places that it should not be located.

While traditional mowers are capable of making clippings short, the robotic mower is significantly more energy efficient and eco-friendly than many of its gasoline-powered counterparts. One must also consider the size of their intended cutting area. Many robotic mowers are ideal for cutting small to medium-sized lawns, considering their compact size and intricate blade systems.

Similar to how a vehicle's shock sensor system works to deter thieves, some of the best robotic mowers leverage similar bump sensor systems that will allow the devices to avoid and mow around obstacles on the grass without getting damaged or having such objects interfere with their programming. This will come in handy if your backyard has flagpoles, posts, or other objects that might get in the mower's way. Some mowers feature rubber bumper exteriors with internal contacts for their sensors, while others use switches activated by the movement of their outer shells to avoid impacts.

A mower with an intuitive and easy-to-access user control panel on its top will be a welcome convenience, since the whole idea of the device is to be able to program it and allow it to cut grass without having to manually control it. Many of these devices also have built-in rain sensors designed to send the units back to their charging stations should the weather become uncooperative during operation.

If the intention is to run the device when the whole family is around, one must also be sure that their mower includes additional safety features, such as child locks and tilt sensors to shut down the motor if the unit has been compromised.

A Brief History Of Robotic Mowers

The lawn mower has a history that dates back to 1830 and English inventor Edward Beard Budding. Budding's invention was referred to as a cylinder mower. It was originally designed to cut grass on sports grounds and large gardens as an alternative to the scythe. It was a crude device with a rear roller and a cutting cylinder in front. Its gears sent power from the rear roller to the cutting cylinder. This mower was difficult to use and it required the efforts of two people to both push and pull the device at the same time.

The 1890s saw the birth of steam-powered lawn mowers, which were followed by the first gas-powered mowers in the early 1900s. Between the 1930s and 1950s, lawn mowers gradually became smaller, lighter, and more efficient than their predecessors. It is believed that the first fully robotic lawn mower (the MowBot) was invented and patented as early as 1969 and leveraged much of the same technology used by today's generation of automatic mowers.

The first solar-powered robotic mower appeared in 1995. Nearly a decade later in 2005, the first commercial use of the robotic lawn mower occurred and the device soon represented the second largest category of domestic robots used by the end of that year. By 2012, the increase in robotic lawn mower sales surpassed the sale of traditional gas-powered mowers by fifteen times. With the growing popularity of mobile phone technology, some of the most cutting-edge robotic mowers now integrate custom apps for adjusting their settings and operating schedules remotely.

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Last updated on December 15, 2016 by Lydia Chipman

An itinerant wordsmith with an alphabet-soup of credentials to her name, Lydia has turned iconoclasm into a livelihood of sorts, throwing herself into a broad constellation of interests. From antithetical cultural analysis to interdisciplinary combat training, she bears the scars and stripes of an uncommon diversity of experience. Reading, biking and exploring are favorite pastimes, but – with the notable exceptions of joining a religious order (not on speaking terms with a higher power) and becoming an artist (can’t even draw a respectable stick-figure) – she’d try almost anything once.

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