Elyse Veuve Clicquot Platform Sandals

A$1,535
Colour Chocolate
Limited Availability

Pay in 3 interest-free instalments with Klarna. Learn more

View Bag
Item 810390AP02802040
Crafted from chocolate coloured VEGEA – a grape-based alternative to animal leather – and shaped to an iconic Stella McCartney silhouette, these Elyse sandals are then lined with Veuve Clicquot’s signature yellow. Truly illustrating the value sustainability holds within both Maisons, even the pair’s soles are crafted from leftover corks, sourced from heritage champagne cellars.
Colour: Brown Chocolate Brown Stella McCartney x Veuve Clicquot capsule collection Made using VEGEA: 100% vegan, grape-based alternative to leather repurposing Veuve Clicquot’s harvest by-product Buckle fastening ankle strap T-bar caged upper Tonal signature saw-edge sole Contrast yellow VEGEA lining 100% recycled cork sole Made in Italy
“I am so thrilled to be part of this first-of-its-kind partnership between a fashion house and a champagne Maison – connected by our shared passions for sustainability, craftsmanship and innovation.”
VEGEA is a vegan grape-based alternative to animal leather, sourced from the by-product of Veuve Clicquot’s harvest. 100% recycled cork collected from Veuve Clicquot – a mix of pre- and post-consumer waste from its cellars in Reims.
Spot clean only with soft damp cloth Composition: 22%% recycled polyamide, 30% biobased polyurethane, 36% viscose, 48% polyurethane. All of our shoes are made from non-leather materials as part of our cruelty-free ethos.
Comes up half-a-size bigger
  • Free Express Shipping Times vary based on shipping destination. The average delivery time is between 1-4 working days.
  • Returns You can request a return or an exchange within 30 days for full-price items and 14 days for discounted items.
Flexible payments available
Flexible payments available
Free Exchanges & Returns
Free Exchanges & Returns
Our packaging is made with renewable and compostable materials
Our packaging is made with renewable and compostable materials