Robotnik RB-THERON Autonomous Mobile Transport Robot (Educational)

• Robotnik RB-THERON Autonomous Mobile Transport Robot (Educational)
• Engineered for industrial automation
• Carries up to 200 kg efficiently
• Navigates with enhanced traction
• Detects obstacles with RGBD sensor
• Offers modular ROS-based architecture

The Robotnik RB-THERON Autonomous Mobile Transport Robot (Educational) is engineered for autonomous transport within confined indoor environments, making it ideal for industrial settings such as factories and warehouses. Its compact design allows it to navigate efficiently while carrying a payload of up to 200 kilograms. The robot is equipped with an enhanced traction system, lasers, and a safety PLC, ensuring safe operation in environments where human presence is common. This makes it a suitable solution for automating the transport of loads, a frequent requirement in industrial applications.

The RB-THERON offers customizable applications, including people tracking, and can be integrated with options such as an automatic docking station or a lifting system. The lifting system is particularly useful for transporting shelves, trolleys, or similar items. The robot's obstacle detection capabilities are facilitated by an RGBD sensor and a laser, which are used for navigation and localization. These systems enable the robot to either halt or find an alternative route when encountering obstacles, ensuring it reaches its designated waypoint efficiently.

The embedded software of the RB-THERON comprises a control system, a laser-based localization system, and a navigation system, complemented by a human-machine interface (HMI). These components are standard packages that can be custom-configured to suit specific applications. The robot's architecture is modular and based on the Robot Operating System (ROS), allowing for flexibility and adaptability in various operational scenarios.