Recycled Materials

Nike DNA Academy

Men's Dri-FIT 28cm (approx.) Basketball Shorts

34,99 €

Klarna Available at checkout.

This product is made from at least 75% recycled polyester fibres

Built with an 28cm (approx.) inseam for extra coverage, these shorts feature breathable-yet-durable material with sweat-wicking Dri-FIT technology to help keep you cool, dry and focused on the game.

Colour Shown: Black/White/White
Style: IF1591-010

Nike DNA Academy

34,99 €

Built with an 28cm (approx.) inseam for extra coverage, these shorts feature breathable-yet-durable material with sweat-wicking Dri-FIT technology to help keep you cool, dry and focused on the game.

On-court comfort

With mesh on the outside and smooth knit on the inside, these lightweight-yet-durable shorts stand up to even the toughest rebound battles.

Stay-dry support

Nike Dri-FIT technology moves sweat away from your skin for quicker evaporation, helping you stay dry and comfortable.

More benefits

Designed for basketball
11" (28cm approx.) inseam
Unlined
Lightweight, sweat-wicking fabric with mesh face and smooth interior
Side pockets
Elastic waistband with drawcord

Product details

100% polyester
Machine wash
Imported
Colour Shown: Black/White/White
Style: IF1591-010

Size & Fit

Model is wearing size M and is 6′1″ (185cm approx.)

Standard fit: easy and traditional

Size Guide

Delivery & Returns

Free standard delivery on orders €50+ with your Nike Membership.

You can return your order free of charge within 30 days. Learn more.Some returns policy exclusions apply.

How This Was Made

The recycled polyester used in Nike products begins as recycled plastic bottles, which are cleaned, shredded into flakes and converted into pellets. From there, the pellets are spun into new, high-quality yarn used in our products, delivering peak performance with a lower impact on the environment.
In addition to reducing waste, recycled polyester produces up to 30% lower carbon emissions than virgin polyester. Nike diverts an average of 1 billion plastic bottles annually from landfill and waterways.