Robots have battery capacity limitations, they get “tired” in a different way. Your claim is true if you invent a battery that never runs out of power.
Almost certainly will, unless it is exclusively used in rough terrain where it will encounter a lot of rolling resistance, inertia or obstacles that are hard for wheels to overcome by themselves.
Robots have battery capacity limitations, they get “tired” in a different way. Your claim is true if you invent a battery that never runs out of power.
But does walking necessarily use more energy than rolling?
Almost certainly will, unless it is exclusively used in rough terrain where it will encounter a lot of rolling resistance, inertia or obstacles that are hard for wheels to overcome by themselves.
Good point well made. I hadn’t considered that.