Build, program, and test real robots—no experience required. Learn by with step-by-step projects.
Quickly prototype and test autonomy algorithms in realistic, sensor-integrated simulation environments.
![[digital project] ai curriculum graphic on a mobile device](https://cdn.prod.website-files.com/686a7e54c6a95c70145566eb/68803f12312e26034a21a394_terrain.gif)
![[digital project] ai curriculum graphic on a mobile device](https://cdn.prod.website-files.com/686a7e54c6a95c70145566eb/6880183acdbde24876e0b504_41394453745e6a1ce1e9c96b7c56e8f2_exploration.gif)
Explore previously unknown environments efficiently with state-of-the-art exploration algorithms.
![[digital project] ai curriculum graphic on a mobile device](https://cdn.prod.website-files.com/686a7e54c6a95c70145566eb/688019aa01784864678cbd29_2cba24c806fb6dacd29fe0cfc76f90a3_route_planning.gif)
Long-term goal navigation without a prior map, powered by our award-winning route planner.
See how our autonomous robots compared to other products on the market.
T-Bot uses ROS as its middleware, allowing programming in Python, C++, or any ROS-compatible language. This gives students hands-on experience with industry-standard tools and enables them to build real-world robotics applications with strong community support.
Yes! Our robots are designed for all experience levels. Beginners can follow step-by-step guides, while advanced users can tackle custom projects and dive into complex robotics topics.
We provide detailed instructions for operating and customizing the robot, along with prompt technical support. Our team is here to help you bring robotics into your classroom smoothly and with confidence.
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