This paper addresses the kinematic workspaces of a walking machine and
their graphical representation. The workspaces for walking machines a
re defined and the methods for investigating various workspaces are pr
esented; the kinematic workspace constraints are established; the disp
lacement is analysed; an algorithm for investigation of kinematic work
spaces is presented; and the position and orientation kinematic worksp
aces are analysed and graphically represented for an example walking m
achine design.