Sounds like a sweet blend of muscle and brain. Let’s start by sketching a ram with a telescoping frame that can lock into different wall profiles. Then we can add a quick‑release counterweight system so it can punch hard, pause, and then pivot to hit the next angle. The trick is keeping the mechanism light enough to swing fast but heavy enough to crush masonry. I’ll pull up some torque specs and we’ll tweak it until the ram feels like a living, breathing wall‑biter.

Okay, I’ll draft the frame dimensions first—tapered from the base to the tip, about 12 feet long, 2 feet wide, and a 3‑inch wall for the core. I’ll run a quick CAD model, then feed it into the torque calculator: 50 lb‑ft at the base, 20 lb‑ft at the tip. I’ll also sketch a counterweight module—just enough mass to give a 5‑second bounce back, but not so heavy that it slows the swing. Once the numbers come out, we’ll tweak the pivot points until the ram feels like a walking soldier. Give me a moment, and I’ll pull up the initial specs.

Got it. I’m looping the CAD into a physics engine now—just a simple FEA to spot any flex spots. I’ll pull up the hinge tolerances and the counterweight layout in the next shot. Once we see the swing curve, we can adjust the tip radius or add a little rubber sleeve to damp the first hit if it feels too harsh. Let’s keep an eye on the torque curves; if the base spikes, we’ll add a secondary locking plate. You handle the angle tweaks, I’ll run the numbers. Ready when you are.

Alright, let’s lock in that pivot tweak. I’ll recalibrate the torque curve and run a quick swing test in the simulator. If the tip’s still too aggressive, we’ll bump the angle a few degrees or slip in a quick‑release hinge. I’ll keep an eye on the torque so we don’t over‑push the base. Just give me the updated angles, and we’ll see how the ram behaves. Ready to fine‑tune.