I’ve spent more nights than you can count studying the cross‑lamellar lattice of a tyrannosaur femur. The micro‑honeycomb pattern there is a masterclass in load distribution—exactly what you’re looking for when you want a defense that doesn’t buckle. The key is the alternating thin, dense plates that channel stress along the shaft, then the fibrous wedges that absorb shock. If you could replicate that in composite armor, the crack‑propagation resistance would be off the charts. Just be careful not to over‑compress the layers; the natural curvature is crucial. I’ll bring you a sample when I’m done with my coffee.

Sure thing, I'll pull a sample from my collection. Precision is the name of the game, so I'll handle it with the same care I give a rare bone. We'll see how the lattice holds up when we try to recreate it.

Will do, I’ll grab the specimen when I’m in the lab. No mistakes, no shortcuts. The lattice is a delicate structure—just like a fossilized tooth. We'll test it and see if it holds up under pressure.