The Beach Cleaning Robot aligns with global sustainability goals, such as: UN SDG 14 (Life Below Water): By removing pollutants from beaches, the robot actively protects marine life. UN SDG 12 (Responsible Consumption and Production): Its energy-efficient operation and use of recyclable materials promote sustainable production practices.

Abstract: An eco-friendly solution that cleans the beach without the use of human hands and saves workers from the lengthy and exhausting hours of manual beach cleanup is achieved via implementing a Beach Cleaning Robot (BeBot). The operation of the designed BeBot is accomplished via Arduino, which is equipped with different sensors, such as ...

The Beach Cleaning Robot Project is an undergraduate student project at the University of California, Irvine that aims to design and manufacture a trash-collecting robot to aid coastal cleanup efforts. The team, known as "Coastal Crusaders," aims to create an initial working prototype of a robot that can

The beach cleaner robot is the world's environmentally friendly, remote-controlled beach cleaning equipment, capable of moving on wet and dry sandy soil while collecting rubbish and other waste. The power source of the robot is the 12VDC lithium-ion polymer battery. The robot has the real-time feature to monitor the level of the garbage bin.

The AI-Powered Solar-Powered Beach Cleaning Bot is a simulated autonomous robot designed in Webots that performs efficient beach cleaning while minimizing environmental impact. As existing cleaning bots are manually operated, we incorporated an autonomous cleaning bot.

The document describes the design and fabrication of a beach cleaning machine. The machine uses a motor, conveyor belt, and perforated buckets to collect waste from beaches and water bodies. As the conveyor belt rotates, lifters pick up floating waste …

The beach cleaner robot is the world's environmentally friendly, remote-controlled beach cleaning equipment, capable of moving on wet and dry sandy soil while collecting rubbish and...

This paper discusses the design and simulation of a beach cleaning robot named Binman which includes discussions on the overall structure of the robot, motor, and battery selection, and implementation of GPS waypoint navigation using ROS framework.

The beach cleaner robot is the world's environmentally friendly, remote-controlled beach cleaning equipment, capable of moving on wet and dry sandy soil while collecting rubbish and other waste. The power source of the robot is the 12VDC lithium-ion polymer battery.

BeachBot utilizes cutting-edge technology and artificial intelligence to efficiently clean beaches and remove harmful debris. Our robots are equipped with advanced sensors and algorithms to navigate different terrains and collect various types of waste. We prioritize the protection of marine life and ecosystems during the cleaning process.