Title :
Self-engaging connector system for robotic outposts and reconfigurable spacecraft
Author :
Abbott, Russell ; Aceves, Mario
Author_Institution :
Ontario Eng. Int. Inc., Riverside, CA, USA
Abstract :
The establishment of robotic outposts will be needed as the first step in deploying permanent science stations, infrastructure development or site preparation for subsequent manned missions. Each one of these efforts will require autonomous robotic repair or construction. An effort to develop a self-engaging connector system allowing cable to cable and cable to vehicle or equipment was undertaken. The connector system must be rugged to withstand launch, travel through space, withstand a planetary landing and finally survive the harsh environment of another planet. And when needed the connector must function without failure during a repair/replacement or reconfiguration operation. The first generation multifunctional engagement system is the first step in providing a connector system that meets the demanding requirements for Martian surface exploration and for the on-orbit assembly/repair of spacecraft.
Keywords :
aerospace robotics; cable jointing; electric connectors; large-scale systems; planetary rovers; space vehicles; Martian surface exploration; cable to cable; cable to vehicle; harsh environment; infrastructure development; multifunctional engagement system; reconfigurable spacecraft; reconfiguration operation; repair; robotic outposts; self-engaging connector system; spacecraft; subsequent manned missions; Connectors; Instruments; Mobile robots; Orbital robotics; Remotely operated vehicles; Robotic assembly; Space exploration; Space technology; Space vehicles; Wheels;
Conference_Titel :
Aerospace Conference Proceedings, 2002. IEEE
Print_ISBN :
0-7803-7231-X
DOI :
10.1109/AERO.2002.1035382