Okay, this one is cool as hell. The silversmith took two completely different Kingman shapes, set them on opposite ends of the ring, and then built this sweeping silver architecture through the middle that makes the whole thing feel like it’s moving. The upper stone is a long clean oval; the lower is broad and almost triangular. Both have that saturated, nearly matrix-free Kingman blue, and the mismatch is exactly what makes the composition work. Twisted wire traces the stones, little silver drops punctuate the center, and those curved silver ribbons sweep between them like an orbit. Why This Piece Matters Vintage two-stone rings aren’t unusual. This construction is. Instead of simply stacking two stones, the maker used the silver itself to create the composition. Those raised, curved bands turn what could have been a straightforward turquoise ring into something sculptural and unmistakably mid-century Southwestern. It’s also an excellent example of how a relatively lightweight ring can create enormous visual presence through intelligent construction rather than sheer mass. Artifact Registry Maker: Unsigned Native American silversmith Origin: American Southwest Materials: Silver & Kingman turquoise Stone: Two natural Kingman turquoise cabochons Ring Size: 6 Weight: 13 grams Era: Vintage / likely mid-to-late 20th century Collector’s Gallery Value: $475–$625 Curator’s Field Observation The turquoise is unusually clean and bright, but what gets me is the asymmetry. Nothing quite matches—the stones, the silver ribbons, even the little drop placements—and yet the entire ring feels balanced. That’s considerably harder to pull off than a perfectly symmetrical design. And at 13 grams, it has a ridiculous amount of finger coverage. Eric’s Notes from the Field This is one of those pieces where I immediately start wondering who made the damn thing. There’s a real design brain behind it. Someone wasn’t just setting turquoise—they were thinking about movement. Two blue stones. Silver whipping around between them. Giant presence without giant weight. Hence: Blue Orbit.