The Kate Miss Spring 2013 collection features an assortment of metallic pieces attached to strings. Interestingly, many of these pendants are reminiscent of what one would associate with a tool shed, apparent in the rustic plates of metal and copper.
While the materials remain uniform throughout this Kate Miss series, variety comes through her incorporation of red, blue and black chords. The current lookbook displays the pieces in a natural manner as the featured model stands before lush trees and blossoming flowers, in tune with the season that she is now representing. When paired with army jackets, jean shirts, thin sweaters and floral shorts, they proved to be the perfect addition to classic summertime looks.
Tool Shed Jewelry
The Kate Miss Spring 2013 Collection Features Workspace Motifs
Trend Themes
1. Tool Shed Motifs - Incorporating tool shed motifs in jewelry design has disruptive innovation potential in creating unique jewelry pieces with an industrial touch.
2. Rustic Metal Design - Using rustic metal plates in jewelry design has disruptive innovation potential in incorporating an industrial style in fashion accessories.
3. Chorded Pendants - Creating chorded pendants has disruptive innovation potential in offering a variety of color and texture combinations in jewelry design.
Industry Implications
1. Fashion Accessories - Tool shed and rustic metal motifs can disrupt the fashion accessory industry by offering unique and industrial-inspired jewelry pieces that appeal to consumers looking for edgy and unconventional styles.
2. Handmade Jewelry - Chorded pendants can disrupt the handmade jewelry industry by providing an opportunity for designers to experiment with different chord materials, textures, and colors, which can result in novel and distinctive jewelry pieces.
3. Seasonal Collections - Using natural scenery for advertising seasonal collections, as shown in Kate Miss Spring 2013 collection, could disrupt seasonal collections industry by creating a unique brand image that attracts consumers' attention.