Women's Nike Navy Dallas Mavericks Courtside Standard Issue Performance Pullover Hoodie
Nike
SOLD OUT
This item is no longer available. Browse our recommendations for something similar.
Details & care
The Women's Nike Navy Dallas Mavericks Courtside Standard Issue Performance Pullover Hoodie is the perfect way to show your support for the Dallas Mavericks. This midweight hoodie is made from a soft cotton and polyester blend, featuring screen-printed graphics, an oversized fit, and a French terry lining for added warmth. The front pouch pocket and zippered utility pocket provide ample storage for your essentials, while the crew neck inside the hood and side splits at the bottom hem add a touch of style. Whether you're cheering on the Mavericks from the stands or relaxing at home, this hoodie will keep you comfortable and stylish.
- Brand: Nike
- Pullover
- Material: 62% Cotton/38% Polyester - Body; 100% Cotton - Hood Lining
- Officially licensed
- Crew neck inside hood
- Imported
- Screen print graphics
- Dri-FIT technology wicks away moisture
- Hooded
- Long sleeve
- Oversized fit
- Zippered utility pocket
- Midweight hoodie suitable for moderate temperatures
- Side splits at bottom hem
- Front pouch pocket
- French terry lining
- Machine wash, tumble dry low
- Item #10157624
Gift options
Choose your gift options at checkout. Some items may not be eligible for all gift options.
Delivery
- Email gift message (free)
Need help finding the perfect gift? We've got you covered.
Nike
Rooted in a dedication to innovation and helping people improve their game, Nike asserts that we're all athletes and strives to outfit each of us with the high-performance gear our workouts need. Founded in Oregon by a track athlete and his coach, this now globally renowned brand creates inventive shoes and apparel for athletes at all levels.
This brand meets Nordstrom Responsible Brands criteria: Nike has committed to science-based climate action, with targets validated by the Science Based Targets initiative to reduce greenhouse gas emissions in line with the latest climate science.