Beige athletic shoes with mesh and synthetic materials, featuring a curved sole, layered design, and subtle yellow accents.

Beige and white athletic shoe featuring a mesh upper, textured accents, rubber sole, and dynamic design elements along the sides.

Light gray rubber shoe sole with textured patterns, featuring grooves and curves for traction. Includes branding "STELLA McCARTNEY" etched.

Beige athletic shoes made of mesh and synthetic materials, featuring a curved sole, subtle textured accents, and reflective detailing.

adidas by Stella McCartney
SPORTSWEAR 2000 - Training shoe - bliss desert sand smc silver metallic

Name: SPORTSWEAR 2000 - Training shoe - bliss desert sand smc silver metallic
Brand: adidas by Stella McCartney
SKU: AD744A004-B11
Price: 200 EUR
Availability: InStock

€200.00VAT included

Current Selected color bliss desert sand smc silver metallic

Delivery

Sold and shipped by

Standard delivery
Wed 7 Jan – Tue 13 Jan
free

Free delivery and free returns

30 day return policy

Upper material:: Textile/synthetics
Lining:: Textile
Insole:: Synthetics
Sole:: Natural rubber
Padding type:: Cold padding
Technology:: EVA Foam Midsole
Care instructions:: Clean with a damp towel

The adidas by Stella McCartney Sportswear 2000 shoes bring together the best of fashion and function with innovative and recycled materials and smooth, fluid design lines. The result is a distinctive, versatile shoe that keeps up with the rhythm of your daily moves. A full-length EVA midsole makes sure however fast or slow you're going, you have cushioned support to make every step a good one. By choosing recycled, we are able to reuse materials that have already been created, which helps to reduce waste. Renewable materials choices will help us to remove our reliance on finite resources. Our products made with a blend of recycled and renewable materials feature at least 20% total of these materials.

Sport:

Training & fitness

Best use:

Daily running

Shoe tip:

Round

Fastening:

Laces

Pattern:

Plain

Qualities:

Lightweight