In this paper we quantify several performance metrics for the Ambler,
a six-legged robot configured for autonomous traversal of Mars-like te
rrain. We present power consumption measures for walking on sandy terr
ain and for vertical lifts at different velocities. We document the pe
rformance of a novel dead-reckoning approach, and analyze its accuracy
. We describe the results of autonomous walking experiments in terms o
f terrain traversed, walking speed and endurance.