Nike Dunk Low Next Nature Platinum Violet (Women's)

The Nike Dunk Low Next Nature Platinum Violet (Women's) blends retro basketball-inspired style with Nike’s ongoing commitment to sustainability. This women’s sneaker delivers the timeless low-cut silhouette you know and love, refreshed with recycled materials as part of Nike’s Next Nature initiative for a lighter environmental footprint without sacrificing performance or style.

• Next Nature sustainability – designed with recycled materials as part of Nike's eco-friendly Next Nature line, giving you a responsible choice that doesn’t compromise on durability or look.
• Platinum Violet colorway – a sophisticated purple-grey that pairs effortlessly with denim, neutrals, and athleisure for versatile, everyday outfits.
• Classic Dunk Low silhouette – timeless, low-profile design that transitions seamlessly from campus to weekend outings and beyond.
• All-day comfort – cushioned insole and supportive foam deliver a comfortable ride through daily errands, social moments, and subtle workouts.
• Reliable traction – durable outsole provides steady grip on city sidewalks and indoor floors, ideal for year-round wear.

This women’s sneaker is ideal for anyone seeking iconic style with a modern sustainability edge. It’s a perfect match for casual workdays in a relaxed dress code, weekend runs, or laid-back nights out—paired with slim jeans, leggings, or joggers for that effortless, street-ready vibe.

Size and fit: This model is offered in women's sizing. For the perfect fit, refer to the size chart above for conversions. Size conversions can be found using our size chart above.

Brand new and authentic: Each pair ships brand-new and authentic, with the added convenience of Next Day Express Shipping to get you sneakers fast and in pristine condition.

Care tips: To maintain the look of Platinum Violet, wipe the upper with a damp cloth after wear and air-dry away from direct heat. For long-term color and finish, consider a compatible sneaker protector designed for the upper material.