RK 022-4BRs Kinetic Ring

RK 022-4BRs Kinetic Ring

RK 022-4BRs Kinetic Ring is an innovative piece of kinetic jewelry that exemplifies the intersection of mechanical engineering and contemporary jewelry design. This sophisticated ring, crafted from black carbon-coated stainless steel and 18-carat white gold, features a revolutionary kinetic mechanism that enables dynamic movement through precision micro ball bearings. The design incorporates fourteen diamonds totaling 0.38 carats (TW/vsi grade), strategically positioned to create a mesmerizing visual display when in motion. Measuring 22mm x 10mm x 31mm, the ring's geometric and sculptural form draws inspiration from Art Deco aesthetics while maintaining a minimalist approach. The piece's distinctive characteristic lies in its ability to generate perpetual motion with the wearer's hand movements, as the upper component rotates smoothly on its axis, creating an engaging visual spectacle through the interplay of light on the diamonds. This mechanical marvel, developed through extensive research since 1997, demonstrates exceptional craftsmanship in its integration of watchmaking-precision components while ensuring durability for daily wear. The design, which earned a Silver A' Design Award in the Jewelry Design category, represents a significant advancement in interactive jewelry design, challenging traditional conventions while maintaining practical wearability through its carefully rounded edges and serviceable construction. The piece stands out not only for its technical innovation but also for its ability to function as both a wearable sculpture and a conversation piece, embodying the perfect balance between artistic expression and engineering precision.

kinetic jewelry, interactive design, mechanical engineering, diamond ring, art deco inspiration, contemporary jewelry

— Adam Dawson