Fashion Nerds

Stockholm, Sweden

Livia Schück

  • Textile remaking
  • Expressive silhouettes
  • Upcycled fabric

Livia Schück developed Rave Review with fellow Beckmans graduate Josephine Bergqvist, building the label around existing textiles rather than newly commissioned fabric. Her work within the partnership connects environmental concerns with expressive clothing.

Group photograph of Josephine Bergqvist and Livia Schück

Pictured: Josephine Bergqvist and Livia Schück.

LVMH Prize — joint portrait of Josephine Bergqvist and Livia Schück · Copyrighted; see source terms.

Five looks to know

Rave Rvw — Look 1 — Livia Schück, Spring 2027 Ready-to-Wear

Collection selection

Rave Rvw — Look 1

Spring 2027 Ready-to-Wear

Representative look from the Spring 2027 Ready-to-Wear collection.

Emanuel Koroly / Courtesy of Rave Rvw
Rave Rvw — Look 8 — Livia Schück, Spring 2027 Ready-to-Wear

Collection selection

Rave Rvw — Look 8

Spring 2027 Ready-to-Wear

Representative look from the Spring 2027 Ready-to-Wear collection.

Emanuel Koroly / Courtesy of Rave Rvw
Rave Rvw — Look 15 — Livia Schück, Spring 2027 Ready-to-Wear

Collection selection

Rave Rvw — Look 15

Spring 2027 Ready-to-Wear

Representative look from the Spring 2027 Ready-to-Wear collection.

Emanuel Koroly / Courtesy of Rave Rvw
Rave Rvw — Look 21 — Livia Schück, Spring 2027 Ready-to-Wear

Collection selection

Rave Rvw — Look 21

Spring 2027 Ready-to-Wear

Representative look from the Spring 2027 Ready-to-Wear collection.

Emanuel Koroly / Courtesy of Rave Rvw
Rave Rvw — Look 28 — Livia Schück, Spring 2027 Ready-to-Wear

Collection selection

Rave Rvw — Look 28

Spring 2027 Ready-to-Wear

Representative look from the Spring 2027 Ready-to-Wear collection.

Emanuel Koroly / Courtesy of Rave Rvw

Collections & archive pieces

1 collections represented · 1 piece

Spring 2027

1 piece

About Livia Schück

In discussing their 2026 collection, she described a child's way of seeing as a reference, showing how imaginative themes can work alongside the practical constraints of remaking materials.