Jordan Residency Unisex Heavy Blend™ Hooded Sweatshirt

NKOTB Las Vegas Residency Tour Hoodie 

Celebrate the unforgettable 2025-2026 Las Vegas Residency of New Kids on the Block with this exclusive hoodie designed for the ultimate fan. This hoodie combines comfort, style, and NKOTB pride in one perfect package.

Key Features:

• Front Design: Bold "NKOTB" lettering with a star logo in signature mic red, showcasing your love for the band.
• Left Sleeve: "Jordan Girl" in striking red lettering—a nod to your favorite New Kid and a shoutout to true fans.
• Right Sleeve: The iconic "2025 | 2026" marking the milestone residency years.
• Back Design: A vibrant rendition of the Las Vegas sign with silhouettes of the band and the phrase "Welcome to the Right Stuff Las Vegas Residency".
• Premium Quality: Made with soft, durable fabric to keep you cozy during concerts, fan meetups, or just lounging at home.

Perfect for layering or wearing on its own, this hoodie is a stylish way to show off your NKOTB fandom while commemorating a legendary residency. Available in all sizes to ensure a great fit for every fan.

Get yours today and wear your Blockhead pride loud and proud in Jordan's signature mic color red!

This unisex heavy blend hooded sweatshirt is relaxation itself. Made with a thick blend of cotton and polyester, it feels plush, soft and warm, a perfect choice for any cold day. In the front, the spacious kangaroo pocket adds daily practicality while the hood's drawstring is the same color as the base sweater for extra style points.

.: Made with a medium-heavy fabric (8.0 oz/yd² (271 g/m²)) that consists of 50% cotton and 50% polyester for that cozy feel and warmth you need in a hoodie.
.: The color-matched drawcord and the double-lined hood add a stylish flair and durability that tie everything together.
.: Made using 100% ethically grown US cotton. Gildan is also a proud member of the US Cotton Trust Protocol ensuring ethical and sustainable means of production. The tee's dyes are OEKO-TEX-certified dyes with low environmental impact.