Pictures and information on a simple wall-follower MicroMouse powered by a single motor.

Descriptions and schematics for several MicroMouse robots and a Li-Ion battery charger.

Detailed information on building a competitive mouse robot with subsystems breakdowns including motor, chassis, sensors, batteries, and a list of robot navigation tips.

Loughborough University MicroMouse project with technical drawings, subsystems and sensor strategy information, and a downloadable Visual Basic 6.0 diagnostics toolkit.

Official web site for the United Kingdom MicroMouse competition. Includes a list of competition events, rules, maze files and a maze file editor, event calendar, a list of past competitions, and a mailing list.

United Kingdom 2004 competition with rules, building information for motors, sensors and processing units, an extensive photograph gallery and an entry form.

Pictures, videos, technical details for each subsystem, an events list, and tips on hardware and software design.

Pictures and information on a mouse robot using a tricycle configuration.

Pictures and information on hardware and software design including a maze solving algorithm, a parts list, photographs from a recent competition, and an extensive links page to related resources.

Technical drawings, photographs, subsystems breakdowns, and pictures from a recent competition.

Descpription of the history of the MicroMouse contest with mouse robot component guidelines and an extensive bibliography.

California State University of Long Beach's MicroMouse project.

University of California, Riverside's mouse robot web site. Includes papers, schematics, mouse building tips, and an events list.

University of California, Santa Barbara's mouse robot project. Includes contest rules, links, and a description of their robot.

Picture gallery, building tips, competition rules, and information on the mouse robots this team has built.

Electronics and programming resources for microcontroller based designs. Circuit schematics, code, algorithms and theory for building a maze solving micromouse with infrared sensors.