The ROSbot Pro Pi autonomous mobile robot platform has been developed with advanced researchers and students alike to use in a variety of applications.
The robot has a four-wheel design with an independent suspension system along with a LiDAR/depth camera that are all connected to the Raspberry Pi 4 controller. The unit has a battery pack rated for up to four-hours of use per charge with no load, while the robot has a maximum payload capacity of 45-kilograms.
The ROSbot Pro Pi autonomous mobile robot platform comes with Android and iOS apps for control, and is ready for implementation into the classroom to support educational or professional endeavors. Priced at $4,699, the system is available to purchase now.
Why This Trend Is Growing
- Autonomous Educational Robotics
- The development of advanced autonomous robotics technology for educational purposes creates opportunities for the development of more flexible and personalized educational systems.
- Mobile Educational Robots
- The rise of mobile educational robots increases the availability of educational opportunities and promotes interactive and immersive learning experiences.
- Advanced Research Robotics for Education
- The development of advanced research robots for education promotes innovation, cross-disciplinary collaboration and encourages the emergence of new educational practices.
Industries Being Reshaped
- Education
- The application of autonomous mobile robotic platforms in education can promote access and equity and can improve engagement by providing more personalized educational opportunities.
- Robotics
- The development of more advanced autonomous mobile robotics platforms creates opportunities for the emergence of new industry-specific applications and the improvement of existing systems and processes.
- Technology
- The development of advanced autonomous mobile robotic platforms has multidisciplinary implications for a range of sectors that rely on automation technologies, including transportation, household service, and healthcare.
