A review paper on Multiple Wireless Automation Technologies Used In Robotic Mower for Multipurpose Applications.

  • Unique Paper ID: 170949
  • Volume: 11
  • Issue: 7
  • PageNo: 2180-2183
  • Abstract:
  • Robotic lawn mowers integrate multiple automation technologies to perform a variety of applications, making them highly versatile and efficient. Core technologies include sensor-based automation and AI-powered navigation systems, which allow the mower to detect obstacles, avoid collisions, and adapt to uneven terrains. GPS technology is used for precise mapping and geofencing, enabling the mower to define boundaries and ensure complete lawn coverage. Advanced machine learning algorithms allow the mower to analyze grass growth patterns and adjust cutting schedules for optimal results. For multipurpose applications, some robotic mowers are equipped with moisture sensors to avoid mowing wet grass, fertilizer dispensers for lawn care, and weed detection systems to maintain a healthier yard. Integration with IoT systems enables remote control and monitoring through mobile apps, providing real-time updates and analytics for maintenance and performance tracking. These mowers often support energy-efficient technologies, such as solar charging and intelligent battery management, reducing environmental impact. Additionally, voice control and smart home integration allow seamless operation within connected ecosystems. By combining these automation technologies, robotic mowers deliver comprehensive, autonomous lawn care and can extend their functionality to tasks like garden monitoring and soil analysis.

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