8. SOLAR GRASS CUTTER WITH Wi-Fi CAMERA

Automation now plays a significant part in the field of inventions, and it is also incr easing at a quick rate. As a result, it plays a critical function in human life. Grass cutters were pre viously handled manually, requiring human touch and also requiring fuel or energy to operate. As a result, there is a significant loss of fuel and energy, as well as pollution, as fuel is consumed to operate the device. As the use of electrical devices grows, as does the number of industries an machineries. T he need for electrical energy is expanding at a rapid rate. We are also running out of fue ls, thus solar energy is the best free source of energy. it is quite expensive, and the expense of ma intenance is also high. To prevent the aforementioned drawbacks, we must rep lace the traditional grass cutter with a new automated solar-powered lawn cutter. In comparison to the traditional model, this one is more cost-effective. The major goal of this technology is to produce a lawn cutter that runs on solar power, saving electri city and reducing the amount of human interaction. The ARDUINO UNO microcontroller is used in this project to operate the activities of a grass cutter, which is equipped with an Ultrasonic sensor for obstacle detection, a blade for cutting the grass, and D C motors for the Robot's wheels. It's a fully automated project that runs on renewable energy. The grass cutter is self-contained and does not require any special skills to operate. The implementation details of an intelligent autonomous grass cutter are p resented in this study, which will allow the user to cut the grass with only two inputs: length and width. After turning o n the system, the user must enter the plot's length and width, and the grass cutter will cut the gras s in the calculated area automati cally. We created an ARDIUNO controlled lawn cutter for this project, which eliminated the need for human intervention. All im portant design aspects are included in the project documents.