Im curious of application. So, hypothetically, they can infinitely scale the net force required to number of robots. However, the movement speed stays at < mete

Im curious of application. So, hypothetically, they can infinitely scale the net force required to number of robots. However, the movement speed stays at < meter/hour. Is the next step ensuring absolute precision? What about terrain with minimal friction to hold on to? How does the "ant" "latch on" to arbitrarilly shaped /sized objects? Is it possible to lift the objects onto wheeled bots to enable accelleration or are we trapped at slow speeds? Its important to note that currently these robots pull but do not push. So for high precision heavy objects movement I think if space, more specifically, when I want to dock my shuttle at a doace station. Unfortunately, only pulling will cause acceleration that would still need to be offset somehow. So, i am not exactly sure where else to gigantic objects need to be slowly and precisely moved by tiny little robots. That being said, Im excited to find out