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| Article Name : | | | DESIGN AND IMPLEMENTATION OF REMOTELY CONTROLLED LAWN MOWER | | Author Name : | | | PRACHI RAJARAPOLLU, PRASHANT KADUKAR, SIDDHARTH KOTHARI, SUSHIL BHOSALE | | Publisher : | | | Ashok Yakkaldevi | | Article Series No. : | | | GRT-2181 | | Article URL : | |  | Author Profile View PDF In browser | | Abstract : | | | This paper shows the design of an open-ended, less specified project for remotely controlled lawn cutting robot. Since there is no good solutions in the medium segment when it comes to a concern for the environment we have chosen to approach our process in a respectful way regarding the environment. Quality is often reflected upon technical solutions and the level of advanced components the more advanced technology the higher risk of something breaking down. Historically lawnmowers are usually seen as products with high quality. They last for a long time, sometimes for several decades. The long life can be explained by the use of long-lasting materials and most often a solid assembly. The robot must simulate lawn mowing, by installing markers on its body, which can map where it has been on the surface provided. The robot must be able to distinguish any obstacles set up on the surface and navigate around them, without any outside interference. The entire surface provided to simulate the lawn mowing process on must be totally covered by the robot, or as much of it as possible as the case may be. The robot should navigate the surface area as quickly as possible. All above point are taken into consideration when the robot is designed. | | Keywords : | | |
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