Nike
Shop Nike Air Max SYSTM Older Kids' Shoes Online in UAE. Shop from trending styles and new launches from Nike's official collection in UAE with ✓ Free Delivery & Return ✓ Cash on Delivery.
Nike Air Max SYSTM
Older Kids' Shoes
AED 299.00
Get notified when this item comes back in stock.
Get notified when this item comes back in stock.
Colour selection
WHITE/WHITE-PURE PLATINUM
Please select a color.
Please select a size.
Split up to 4 equal payments of 74.75 AED with
Cassette mixtapes, music videos and shopping centre arcades—the '80s had it all. We're celebrating that gnarly era with the Nike Air Max SYSTM. From the big and bold Air unit in the heel to design lines inspired by our favourite throwback Air Max shoes, these kicks are all about bringing back what's cool and introducing it to a new generation.
- Colour Shown: White/Pure Platinum/White
- Style: DQ0284-102
Free Delivery and Returns
- Free returns within 30 days, either online or to any of our Nike stores.
- Free delivery on all orders for our members. Non-members will have free delivery on orders AED 199 and above.
- Order delivery is usually within 1-3 working days.
- Cash on Delivery not available on this product.
Nike Air Max SYSTM
AED 299.00
SHOWING OLD-SCHOOL LOVE WITH AIR.
Cassette mixtapes, music videos and shopping centre arcades—the '80s had it all. We're celebrating that gnarly era with the Nike Air Max SYSTM. From the big and bold Air unit in the heel to design lines inspired by our favourite throwback Air Max shoes, these kicks are all about bringing back what's cool and introducing it to a new generation.
From the Roots
Inspired by early Air Max icons, visible Nike Air brings lightweight cushioning underfoot. Plus, the wavy design lines of the past return with a new twist perfect for the future.
Fit to Wear
Leather and textile upper brings durability and breathability to help make these comfortable to wear all day. Synthetic material around the Air unit adds extra durability.
Ground Control
Full-length rubber Waffle outsole gives durable traction on different surfaces.
