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AZIMUT, a leg-track-wheel robot

François Michaud, Dominic Létourneau, Martin Arsenault, Yann Bergeron, Richard Cadrin, F. Gagnon, Marc-Antoine Legault, Mathieu Millette, Jean-François Paré, Marie‐Christine Tremblay, Pierre Lepage, Yan Morin, Jonathan Bisson, S. Caron

Year
2004
Citations
51

Abstract

AZIMUT is a mobile robotic platform that combines wheels, legs and tracks to move in three-dimensional environments. The robot is symmetrical and is made of four independent leg-track-wheel articulations. It can move with its articulations up, down or straight, or to move sideways without changing the robot's orientation. To validate the concept, the first prototype developed measures 70.5 cm/spl times/70.5 cm with the articulations up. It has a body clearance of 8.4 cm to 40.6 cm depending on the position of the articulations. The design of the robot is highly modular, with distributed embedded systems to control the different components of the robot.

Keywords

Track (disk drive)RobotModular designMobile robotOrientation (vector space)Computer sciencePosition (finance)SimulationComputer visionArtificial intelligence

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