As technological advancements continue to accelerate, the integration of robots into various sectors is becoming increasingly prevalent, including in storage warehouses.
Our research introduces a prototype robot designed specifically for these environments to automate and streamline the processes of goods management.
This robot features enhanced mobility and speed, enabling it to handle and lift goods more efficiently than human operators. It is equipped with specialized wheels for greater maneuverability, allowing it to move sideways and diagonally in addition to standard movements.
Additionally, a robotic arm is incorporated to facilitate the handling, transportation, and organization of goods.
The robot will be controlled via a dedicated Android application, tailored to optimize its functionality and ease of use.
1. Automate Warehouse Operations: Develop a robot to organize and streamline the processes of entering and exiting goods in storage warehouses.
2. Enhance Efficiency: Design the robot with advanced mobility and lifting capabilities to outperform human speed and efficiency in handling goods.
3. Improve Flexibility: Equip the robot with special wheels for versatile movement, including sideways and diagonal motion.
4. Optimize Handling: Integrate a robotic arm for effective carrying, transporting, and arranging of goods.
5. Enable Control: Implement an Android application to provide precise and user-friendly control over the robot's functions.
