![]() Most manufacturers indicate the operating time of their robotic lawn mowers based on tests conducted on even lawns. Operating on inclines also requires more power than is the case with flat lawns, and this means that your robotic lawn mower’s battery life will have to be sufficient to ensure that it does not run out of power when navigating your garden’s hills and slopes. Weaker motors may be fine for even areas but the power output is an important thing to bear in mind when assessing whether your robotic lawn mower will be able to “cut it” (no pun intended). Motors need to be sufficiently powerful to ensure that your robotic lawn mower can climb and maneuver on hills when mowing. ![]() The power output of the drive motor naturally also plays a huge role in determining incline operation capacity when it comes to robotic lawn mowers. It is also important to stay away from top-heavy designs if you need your robotic lawn mower to mow on hills, but fortunately most modern robotic lawn mowers are fairly compact and streamlined. The position of the motor and other components can have a huge effect on the overall weight distribution of your robotic mower.įor operation on hills and inclines, it is generally best to look for models that have their weight as evenly distributed as possible, or with most of their weight on the drive wheels. Weight Distributionĭifferent models and brands have different design philosophies when it comes to weight distribution too. Check out the list of recommendations we have at the end of this article to compare the maximum mowing gradients of specific models. Some mowers are designed for small flat areas, whereas others are designed for more heavy-duty work or uneven terrain. It depends to a large extent on what the main purpose of the robotic mower in question is. ![]() Drive wheels with low traction can result in slipping, especially during rainy weather or when your lawn is wet. Some designs are specifically aimed at stability and traction of the drive wheels, whereas others are aimed at being more discrete, potentially at the expense of traction. The design of the wheels on your robotic lawn mower can also make a big difference when it comes to its ability to mow on inclines. Wheel Design and Traction on the Drive Wheels Four wheels provide better balance and thus make it easier for robotic lawn mowers to mow on hills and inclines. The number of wheels on a robotic lawn mower has a lot to do with the maximum slope upon which it can operate. What to Look for in a Robotic Lawn Mower for HillsĬonsider these factors when it comes to robotic lawn mowers that will be used to operate on hills. If you have been wondering whether those nifty robotic lawn mowers that more and more people are delegating all their repetitive lawn mowing tasks to can handle your garden’s hills, fear not - I’m here to hopefully set your mind at ease and help you make a decision based on your own needs with some solid data.Īs mentioned, most robotic lawn mowers can mow on slopes, at least to some extent, but the degree of the incline on which they can operate depends on the brand, design and its features.īelow is an exhaustive list of the features that determine the maximum operating inclines of robotic lawn mowers.
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