Louis Vuitton Trainer Lace-Sneakers in White, Blue & Purple Colour- Unisex Limited Edition

Colour-block is not competition between colours. It is the agreement that colours reach when they decide to share a surface — each one occupying its own territory, defined at the boundary, distinct in its zone, contributing to a whole that none of them could produce alone. On this Louis Vuitton Trainer in White, Blue, and Purple colour-block, the three colours form a sequence that moves from the coolest to the warmest, from the most neutral to the most charged: white holds the structure, blue carries the transition, purple arrives at the edge of the visible spectrum and holds its ground there.

White, blue, and purple together describe the light between morning and evening — the progression from the clarity of early day through the particular blue of open sky to the purple that appears at the horizon in the hour before dark. On a limited-edition Trainer, that progression is compressed into a single surface: low-top, lace-up closure, rubber outsole, the silhouette that gives the three colours the architecture they need to be read as a single object rather than three separate decisions. Unisex: for whoever sees themselves in the sequence. A limited edition, which means the agreement between these three colours on this surface will not be made again. Available in UK 1–11.

White. Blue. Purple. The colour-block that reads as light changing.

Product Details

• Brand: Louis Vuitton
• Style: Trainer Low-Top Sneakers
• Edition: Limited Edition
• Gender: Unisex
• Colorway: White / Blue / Purple
• Design: Colour-Block
• Closure: Lace-Up
• Toe Shape: Round Toe
• Sole: Rubber Outsole
• Aesthetic: Luxury Streetwear / Colour-Block / Spectral Progression
• Season: All Season

Please refer to the size chart before ordering. If you are between sizes or prefer a roomier fit, we recommend choosing the larger size.

Please select all required options before checkout. Colors may vary slightly depending on screen settings — please refer to product images for accurate representation.