AUBO R1000-UR5: Mobile Collaborative Robot for High-Rise Operations

• ✔ Autonomous navigation with Lidar and RTK for maximum accuracy
• ✔ Advanced 3D visual object identification with OpenCV
• ✔ Integrated mobile platform with 4G module for remote control
• ✔ Effective for height operations up to 6 meters
• ✔ Precise manipulation with the UR collaborative robotic arm
• ✔ Intuitive remote control for flexible deployment

Introducing the revolutionary AUBO R1000-UR5, a mobile collaborative robot that pushes the boundaries of automation. This innovative platform is designed for maximum flexibility and precision in the most demanding environments, including operations at heights of up to 6 meters. It is the ideal solution for modern industries looking for efficiency and safety.

🚀 What can this robot do?

• Autonomous movement and precise positioning thanks to a combination of Lidar, RTK and GPS-SLAM technologies.
• Advanced 3D vision with OpenCV integration for real-time object color and shape identification.
• Intuitive remote control of the mobile platform using a keyboard, controller or other input devices.
• Sophisticated motion planning of the UR robotic arm for efficient and precise gripping.

🔍 Explore every detail

AUBO R1000-UR5 is more than just a robot – it is a comprehensive system for automating complex tasks. Its robust mobile platform with 4G module enables continuous communication and remote control even on large sites. Thanks to advanced navigation systems such as Lidar and GPS-RTK, the robot can independently move and orient itself in an unknown environment, plan routes and avoid obstacles with millimeter accuracy.

The heart of the system is the collaborative UR ​​arm, whose movement is optimized for various object shapes. Combined with a highly sensitive 3D vision sensor and intelligent image processing software, the robot is able to reliably identify and manipulate target objects. All this makes the AUBO R1000-UR5 an invaluable assistant for applications requiring a high level of autonomy and precision.

🏗️ Do you face difficult challenges at heights?

Many industries are faced with the need to efficiently and safely perform precision tasks in high or hard-to-reach areas. Manual handling is often dangerous, slow and expensive, while traditional robotic solutions lack the mobility and autonomy needed for dynamic environments.

💡 The revolution in height operations is here!

The AUBO R1000-UR5 is the answer to these challenges. Its unique combination of an autonomous mobile platform with a collaborative robotic arm enables safe, fast and highly accurate execution of tasks at heights of up to 6 meters. Free your employees from risky tasks and maximize the efficiency of your production or maintenance.

📈 More than just features, real benefits

• Autonomous Navigation: Minimizes the need for human intervention and maximizes productivity in large and dynamic environments.
• Accurate 3D vision: Ensures reliable identification and manipulation of objects, even with non-standard shapes and colors.
• Remote control: Allows the operator to control the robot from a safe distance, increasing work safety and flexibility.
• Height Operations: Expands automation capabilities to previously inaccessible or dangerous tasks, saving time and costs.
• Collaborative UR ​​arm: Enables easy integration into existing work processes and secure collaboration with people.

🎯 Who is it the ideal choice for?

• For industries requiring precise assembly, inspection or maintenance at heights.
• For logistics and warehouse operations with the need for automation of handling and transportation.
• For production lines that want to optimize processes and increase employee safety.
• For research and development institutions looking for flexible and programmable robotic platforms.

🤔 Do you have any concerns? We'll answer them!

• Concern: Will the robot be able to navigate accurately in a complex environment? -> Answer: Thanks to the combination of Lidar, RTK and GPS-SLAM technology, highly accurate and autonomous navigation with dynamic mapping of the surroundings is ensured.
• Concern: How will the robot cope with identifying different types of objects? -> Answer: The integrated 3D visual sensor in conjunction with advanced software (OpenCV) enables reliable identification of colors and shapes in real time.
• Concern: Is the mobile platform difficult to control? -> Answer: No, the platform is designed for intuitive remote control using standard input devices such as a keyboard or game controller.

❓ Frequently Asked Questions

How high can a robot perform operations?

The robot is effective for operations at heights of up to 6 meters, making it suitable for a wide range of industrial applications.

What sensors does the robot use for navigation?

The robot is equipped with an advanced Lidar sensor and RTK (Real-Time Kinematic) technology, supplemented by GPS-SLAM for precise positioning and route planning.

Is it possible to control the robot remotely?

Yes, the mobile platform includes a 4G module and can be controlled remotely using a keyboard, controller or other input devices connected to the control machine.

How does the robot identify objects?

It uses a 3D visual sensor and third-party software, such as OpenCV, to recognize the colors and shapes of target objects and provide real-time feedback.

Is the robotic arm programmable for specific tasks?

Yes, the system encapsulates and integrates the UR robotic arm communication protocol, allowing it to plan movement and gripping methods based on the shape of the object.

In what environments is the robot primarily intended for use?

It is designed for autonomous operation and navigation in test environments, but its flexibility allows for broad application in various industries.

How does the robot plan its route?

The robot combines GPS-RTK positioning technology with SLAM (Simultaneous Localization and Mapping) technology to autonomously plan and optimize its route.