Choosing an Autonomous Mobile Robot (AMR) platform is about more than comparing specifications. The right robot depends on what you want to build, where it will operate, how much payload it needs to carry and whether your project is focused on education, research, rapid prototyping or commercial deployment.

Automation is no longer reserved for massive factories with million-dollar production lines. Thanks to advancements in robotics, organizations of all sizes—from startups and universities to manufacturers and research labs—can now benefit from robotic automation. But one question often arises before making an investment:

The Booster K1 is a lightweight humanoid robot developed specifically for education, AI development, robotics research, and competitive robotics. Standing approximately 95 cm (37 inches) tall and weighing around 19.5 kg, it delivers an impressive combination of portability, durability, and intelligent motion control.

The very rapid evolution of humanoid robotics is transforming industries ranging from education and research to artificial intelligence and advanced automation. Among the newest generation of intelligent humanoid platforms, the Booster T1 stands out as one of the most versatile and developer-friendly robots available today.

The robotics industry is massively advancing faster than ever. From autonomous mobile robots and warehouse automation to AI-powered service robots and educational platforms, modern robotics projects have become increasingly sophisticated. Behind many of these innovations is one technology that has become the backbone of robot software development—the Robot Operating System (ROS).

As industries continue to very much embrace automation, the autonomous mobile robot (AMR) has become one of the most exciting innovations in modern robotics. Unlike traditional automated systems that follow fixed paths, an AMR can navigate dynamic environments, avoid obstacles, and make intelligent decisions in real time. This flexibility makes AMRs an essential solution for businesses looking to improve productivity, reduce costs, and automate repetitive tasks.

Powered by NVIDIA Jetson Orin technology and equipped with sophisticated navigation capabilities, Transbot offers a powerful platform for organisations looking to develop next-generation autonomous delivery solutions. Built specifically for outdoor transport and delivery tasks, it combines intelligent software with robust hardware to tackle real-world challenges.

One of MiRobot’s strongest service areas is robotics education. Educational institutions increasingly require practical robotics platforms that enable students to work with artificial intelligence, automation, sensors, and programming concepts.

Xbot is an educational and research robot developed by MiRobot AI that runs on ROS 2 Humble and supports autonomous robotics development.

Standing at around 95 cm tall and weighing just under 20 kg, the Booster K1 is lightweight, portable, and easy to deploy. Despite its size, it offers impressive performance with 22 degrees of freedom, allowing it to walk, balance

As robotics and artificial intelligence continue to reshape industries, hands-on learning platforms have become essential for students, educators, and developers.