Yugavi Vidhika

The maker · she who creates · born from the earth, shaped by hand

Product Name — Yugavi Vidhika · Olive Bronze Sphere Cluster Statement Stud Earrings

Material — Premium Brass Alloy with Matte Olive Bronze Finish

Finish — Matte Olive Bronze · warm earthy khaki-gold tone · deliberately non-shiny · slightly granular surface texture

Colour — Olive Bronze · khaki-gold · earthy warm green-gold

Design — Sculptural sphere cluster stud — seven rounded dome spheres arranged in a rosette/flower composition: six outer spheres surrounding one raised central sphere, all fused together into one unified form. A small decorative scroll tendril at the centre where the spheres converge — like a vine curl or a fern frond unfurling.

Form Reference — The composition reads simultaneously as: a flower bud · a succulent rosette · a grape cluster · a seed pod · a coral formation · an art object

Surface — Matte granular texture throughout — every sphere has a slightly rough, earthy quality that catches ambient light differently from every angle without reflecting it directly. The piece glows rather than shines.

Closure — Push back stud post

Size — Large statement stud — substantial, bold, fills the earlobe and beyond

Weight — Lightweight despite its three-dimensional volume

Sold As — Pair

Style Tip — The Vidhika works with everything precisely because it commits to nothing — the olive bronze is neutral enough to pair with any colour, earthy enough to elevate any fabric. Wear with a plain white kurta for maximum sculptural impact. Wear with a forest green saree for tonal immersion. The earring is the outfit's focal point — keep everything else minimal.

Care Instructions

· Avoid contact with water, perfume and hairspray — the matte finish can be altered by moisture and chemicals

· Remove before bathing or swimming

· Store in a soft pouch — the spheres can scratch against other metal pieces

· Clean gently with a soft dry cloth only — do not use metal polish or liquid cleaner, which will alter the intentional matte surface