Gene M. Jordan, Duane Dunlap, Jlario Ignagni and William Green

Peer Reviewed

Abstract: The advent to the large booster rocket has made the landing of men and vehicles on the lunar surface a possibility. This paper discusses the analysis and selection of an optimum steering system for the remote control of a mobile surface vehicle. Combinations of three steering configuratiosn and three types of controllers are considered as possible steering systems. The generalized system concept is here developed and an analog-computer simulation described. The results of the analysis and simulation are presented with appropriately derived conclusions.
Published in: NAVIGATION: Journal of the Institute of Navigation, Volume 10, Number 3
Pages: 230 - 241
Cite this article: Jordan, Gene M., Dunlap, Duane, Ignagni, Jlario, Green, William, "REMOTE STEERING OF A LUNAR SURFACE VEHICLE", NAVIGATION: Journal of The Institute of Navigation, Vol. 10, No. 3, Fall 1963, pp. 230-241.
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