








Fayetteville Raglan T-Shirt
This Fayetteville raglan tee blends vintage athletic style with Razorback pride. The bold red script is paired with a hand-drawn Razorback illustration above the lettering, capturing the energy of game day and the grit of Arkansas tradition. It’s built for fans who know their way around the Hill, whether that means heading to class, tailgating outside the stadium, or grabbing a post-game bite on Dickson Street.
The shirt is made from a breathable cotton-poly blend with 3/4 contrast sleeves and a classic baseball tee cut. It’s lightweight, relaxed, and ready for every season in Fayetteville.
This Fayetteville raglan tee blends vintage athletic style with Razorback pride. The bold red script is paired with a hand-drawn Razorback illustration above the lettering, capturing the energy of game day and the grit of Arkansas tradition. It’s built for fans who know their way around the Hill, whether that means heading to class, tailgating outside the stadium, or grabbing a post-game bite on Dickson Street.
The shirt is made from a breathable cotton-poly blend with 3/4 contrast sleeves and a classic baseball tee cut. It’s lightweight, relaxed, and ready for every season in Fayetteville.
This Fayetteville raglan tee blends vintage athletic style with Razorback pride. The bold red script is paired with a hand-drawn Razorback illustration above the lettering, capturing the energy of game day and the grit of Arkansas tradition. It’s built for fans who know their way around the Hill, whether that means heading to class, tailgating outside the stadium, or grabbing a post-game bite on Dickson Street.
The shirt is made from a breathable cotton-poly blend with 3/4 contrast sleeves and a classic baseball tee cut. It’s lightweight, relaxed, and ready for every season in Fayetteville.
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• All solid colors are 100% ring-spun cotton
• Heather Grey color is 90% cotton, 10% polyester
• Fabric weight: 4.5 oz/yd²
• Fine knit jersey
• ¾ sleeves
• Contrast raglan sleeve
• Unhemmed bottom
• Prewashed to minimize shrinkage