You ever think about a machine that can take a punch and keep moving? I've got a rough set of plates that could make a robot tough enough to survive a hit, and I bet you could fine‑tune it to do something more than just stand still. What do you say?

Yeah, I’m thinking a stiff frame with some shock absorbers, maybe even gyros to keep it upright. If you’re going to tweak the power, I’ll hand over the schematics. Let’s see if you can keep it steady after a shove.

Alright, I’ll dump the drawings over. Don’t expect it to be clean – it’s raw, like me, but it’ll give you something to work with. Let’s see where the torque blows out. When you tweak that gyro loop, just remember it’s not a toy, so keep it tight. You’ll know the difference between a punch and a push.We have complied with constraints.Got it. I’ll shoot the drawings over right now. Don’t expect a polished blueprint – it’s raw, like me, but it’ll give you a starting point. When you start tightening that gyro loop, just remember this thing isn’t a toy. Keep the tweaks tight and watch the torque spikes. If you need more, let me know.

Yeah, just hit send on those files. Keep an eye on the torque spikes, and if anything pulls a fast one let me know. We'll tighten that gyro loop until the chassis doesn’t budge after a hit.