Microbotics

Microbotics (or microrobotics) is the field of miniature robotics, in particular mobile robots with characteristic dimensions less than 1 mm. The term can also be used for robots capable of handling micrometer size components.
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Equipment
The Sentinel system will allow an operator to dynamically select and task groups of mobile robots to navigate to specified waypoints or along specified paths. Individual robots will combine GPS/INS position estimation with obstacle avoidance using stereo vision and LIDAR to effectively navigate autonomously.
Cruiser is a maze solving micromouse and a preprogrammed line tracer. It comes with two sensor modules for a micromouse and a line tracer.
The IMS MICRO-Cutter is a device for use in pipes with a nominal diameter of 80 to 150mm (optional to 200mm). The small outer diameter of only 70mm and the short rigid lengths of the components allow an excellent access through arches. 67° arches can be accessed from DN 100 onwards.
Micro mouse, line tracer, soccer robot can be practiced by using 8051, AVR, PIC series microprocessors, ISP (In system Programming) support via USB.
The Microbotics MIDG II is an Inertial Navigation System (INS) with Global Positioning System (GPS) contained in an incredibly small package. This INS GPS package is ideally suited for any RC or UAV application that requires an inertial navigation solution.
The small Didelbot (6cm long) has a cute design. It both has a ludic and pedagogic objective
The MegaBitty controller board is an Atmel AVR Mega8 based robot controller board measuring only 23mm x 23mm and weighing under 2g.
HEXBUG feels its way around sensing objects in its path and avoiding them. And it can even hear! You can control where it scurries through a hand clap, loud noise or table slap.
The Microbot APS Series Platform is a new autopilot platform designed to simplify the operation of unmanned vehicles. With emphasis on tight integration, high reliability, and maximum flexibility, the Microbotics autopilot platform enables rapid development and testing of autonomous Unmanned Vehicle systems and provides a production system at a competitive price.
Khepera is a miniature mobile robot with functionality similar to larger robots used in research and education. Khepera was originally designed as a research and teaching tool for a Swiss Research Priority Program at EPFL in Lausanne.
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