Luwu Intelligence Introduces XGO-Rider, Pioneering Desktop AI Robot

Luwu Intelligence Technology has recently introduced the XGO-Rider, a pioneering desktop robot that merges personal AI companionship with advanced mobility. This innovative product stands out for its unique wheel-legged design, combining the speed of wheeled robots with the versatility of legged robots to navigate various terrains. The XGO-Rider is designed to enhance personal spaces, offering users a compact yet powerful companion equipped with cutting-edge AI features.

The development of wheeled-legged robots has garnered considerable interest over the last decade, attracting attention from both research institutes and businesses. The XGO-Rider's design allows for both wheel-driven locomotion and leg-like movement, using the wheels as pivots. This enables the robot to perform agile movements and overcome obstacles with ease. The integration of wheels and legs in robots presents a novel approach to enhancing their functionality and interaction capabilities.

At the heart of XGO-Rider's technological prowess is the Raspberry Pi CM4 core module, complemented by ChatGPT technology. This setup empowers the robot with a range of AI capabilities such as Gesture Recognition, Face Detection, and Skeleton Recognition. These features facilitate a broad spectrum of image and voice interactions, allowing for seamless communication and engagement with users.

One of the key attributes of XGO-Rider is its omni-directional movement, which is made possible by its innovative design and IMU feedback technology. This feature ensures that the robot can adapt to different environmental challenges with precision. Furthermore, Luwu Intelligence emphasizes accessibility and innovation by making XGO-Rider open-sourced. This allows users to program the robot using Blocky and Python, and developers can further explore its capabilities through Robot Operating System (ROS) packages.

The micro:bit version of XGO-Rider is particularly noteworthy for its compatibility with makecode/MicroBlocks/Python programming. This version is aimed at facilitating children's introduction to programming education, highlighting Luwu Intelligence's commitment to educational development.

PengFei Liu, CEO of Luwu Intelligence, expressed excitement about the launch of XGO-Rider, stating, "We are thrilled to introduce XGO-Rider, the world's first desktop wheel-legged robot with AI. With XGO-Rider, we aim to redefine personal robotics, empowering users to explore new possibilities and interactions in their everyday lives."

The robot's ability to make adaptive decisions in various environments is a testament to its advanced design. It utilizes an Inertial Measurement Unit (IMU) to gather environmental and self-status information through sensors. The controller then processes this information to calculate the robot's current posture and send control commands to actuators. Lin Tao elaborated on the robot's self-balancing control methods, explaining how efficient and stable control algorithms enable complex movements through posture estimation, dynamic modeling and control strategies, and feedback control.

XGO-Rider represents a significant advancement in desktop robotics and is currently available on Kickstarter for those interested in exploring its capabilities further. For more information on this innovative desktop robot, visit their Kickstarter page at https://www.kickstarter.com/projects/xgorobot/xgo-rider-desktop-two-wheel-legged-robot-with-ai.