We present some of the world's well-known educational and research mobile robots use in higher education and research in universities and research centres.
Khepera IV with its Linux core 800MHz ARM Cortex-A8 Processor, is one of the best mobile platform for Collective Behaviour, Real-Time Programming, Multi-Agent System, Artificial Intelligence and Navigation.
Kilobot is a robot designed to be used in large collectives. It was developed by the prestigious Harvard University and has designed to make tests of collective algorithms on hundreds or thousands of robots.
e-puck 2 is the latest mini mobile robot developed by EPFL. This is an evolution of the successful e-puck robot used in hundreds of research and educational institutes around the world.
Niryo One is 3D printed, 6 axis, Open Source educational robot arm designed for education with a set of educational resources useful to realise many projects and industrial demonstrators.
With an external Arduino or Raspberry Pi board, you can synchronously control multiple Niryo One robots. Also another way to create small assembly lines, automated games, and anything that can be done with robotic arms.
It can be used to test an automated line with industrial machines. You can easily connect the robot with other devices.
Thanks for Niryo One Studio, free desktop application to use the robot. You can easily create complete programs with the Niryo Block interface.
PingPong is a real IoT modular robot that has various types of models with the SMR (Single Modular Robot) technology.
You can build any robot and create every motion through the small but powerful cube robot, PingPong.
With combination of cubes and links, PingPong is designed to build various types of robot modules. Each cube, embedded its own controller, gyroscope, accelerometer, proximity sensor, origin sensor, stepper motor, servo motor interface and battery cab be controlled by smart devices such as cellular phones and tablet PCs through the PingPong App or by PingPong remote controller.