Rectangle Drop Congo Earrings: Bauhaus Geometric Drop Hoops Rectangle drop congo earrings gold-finished as a small congo hoop top with a rectangular drop pendant hanging below, 4cm total vertical length, 1.3cm wide at the rectangle. The geometric drop congo hoops gold-plated structure echoes Bauhaus design vocabulary: pure geometric primitives (circle + rectangle), no curves or organic motifs, no surface stones. At 6g per pair the weight is concentrated at the rectangle pendant, which pulls the congo hoop forward so the rectangle hangs squarely against the cheek. Why You'll Love It Bauhaus Geometric Primitives: circle (congo top) + rectangle (drop pendant), no curves or organic motifs. 0.05mm-Tolerance Top-Edge Weld: rectangle pendant attached at a centered top-edge weld for precise hang alignment. Back-Face Weight-Balance Bores: calibrated invisible bores in the rectangle's back keep the pendant hanging perfectly square. 6g Cheek-Aligned Drop: 4cm vertical length and 1.3cm rectangle width keep the pendant aligned to the cheek. Specifications Material: Stainless steel with 18K gold plating Total height: 4cm (congo + rectangle pendant) Rectangle width: 1.3cm Closure: Congo lock-back closure How to Style Pair with the plain Warrior Congo Earrings in a second piercing for a geometric-then-minimalist congo stack Coordinate with the Geometric Band Ring to repeat the rectangular cutout language from ear to hand Browse the full congo earrings collection for pearl-drop or plain-hoop alternatives The Glozya Difference A drop earring with a flat geometric pendant must balance precisely or the rectangle tilts forward, sideways, or rotates on its hanging axis, looking sloppy from any angle but front-on. Our solution: the rectangle pendant is welded to the congo hoop via a centered top-edge attachment with a 0.05mm-tolerance fixture, then weight-balanced by drilling small calibrated bores into the rectangle's back face (invisible from the front) until the pendant hangs perfectly square. This is why these earrings face forward consistently rather than rotating to whatever side gravity wants to pull them.
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