Recycled Materials

Loop Shaggy Lace-Up Trainers

Colour Beige
Limited Availability

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

View Bag
Designed for disassembly with a glueless construction, these Loop lace-up trainers feature our plush shaggy vegan alternative to animal fur for a tactile touch. The trainers have a Stella star on the side with a chunky midsole and lace-up front.
  • Colour: Beige
  • Warm caramel beige
  • Recycled polyester vegan alternative to fur and Alter Mat vegan alternative to animal leather sourced from grape waste upper
  • Stella star motif on side
  • Stella McCartney 2001 logo on side
  • Black and light grey post-consumer recycled nylon ribbon at back heel
  • Round toe
  • Lace-up fastening
  • Two-tone chunky glue-free midsole
  • Fully lined in water-based Alter Mat and TENCEL© towelling
  • Made in Italy
“Our Winter 2023 vegan bags and accessories revisit our Stella icons in new nature-positive material innovations”
These Loop trainers are crafted from post-consumer recycled polyester and biobased Alter Mat sourced from grape waste with a post-consumer recycled nylon ribbon. They are lined in a forest-friendly viscose and biobased Alter Mat insock. The laces are recycled polyester. The footbed is recycled PU. The glue-free construction is designed for disassembly.
  • Care: Spot clean only with soft damp cloth
  • Composition: Upper: 100% recycled polyester
  • 35mm heel
  • Fits true to size
  • All of our shoes and accessories are made from non-leather materials in keeping with our cruelty-free ethos.
  • 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.
Item 810284E001402565
Flexible payments available
Flexible payments available
Free returns within 30 days
Free returns within 30 days
Our packaging is made with renewable and compostable materials
Our packaging is made with renewable and compostable materials