AI ROBO Lab

NAO is equipped with a special, patented pelvis kinematics design which only requires one motor instead of three and gives NAO the mobility to bend forward whilst spreading its legs. Its exclusive actuation system based on brush DC motors and modularity of the robot limbs allows further evolution and aid maintainability. These are the innovative traits that distinguish NAO from its Japanese, American and other counterparts.

TETRIX PRIZM Robotics Controller—an epitome of seamless integration, comprehensive programmability, and purposeful design within the esteemed TETRIX robot building system. Meticulously crafted to serve as the central command hub for TETRIX robotics projects, this controller exemplifies versatility and ease of programming, setting a new standard of excellence in the realm of robotics technology.

AUTO AUTO represents an innovative approach to computer science and AI education, leveraging the allure of self-driving car technology to inspire and empower the next generation of leaders and innovators. With its focus on practical application and real- world relevance, AUTO AUTO paves the way for students to excel in the dynamic fields of programming and artificial intelligence, poised for success in an increasingly tech- driven world.

NED NIRYO is an open-source robotic arm meticulously crafted to serve as an indispensable tool for education, research, and prototyping endeavours. Engineered to embody versatility and accessibility, it stands as a beacon of innovation within the robotics domain, empowering enthusiasts and professionals alike to explore the realms of robotics with unparalleled ease.

QBot is an autonomous ground robotics. With its open architecture, integrated sensor suite, and sophisticated vision system, QBoT2e redefines excellence in robotic engineering, catering to the diverse needs of research, education, and practical applications with unwavering professionalism and precision.