Caitlin Clark Indianapolis Speedway 500 Baseball Jacket

Caitlin Clark Indianapolis Speedway 500 Baseball Jacket

Production Information

• High-Fidelity Graphic Execution: Experience razor-sharp, high-contrast visual artwork that stretches across the jacket panels seamlessly. Our industrial print-on-demand technology guarantees rich colors that resist fading and distortion.
• Luxury Thermal Comfort Blend: Crafted from a top-tier cotton-polyester fabric matrix featuring a premium brushed fleece interior. It delivers cozy, deep insulation against the cold while maintaining an incredibly soft feel against the skin.
• Structured Streetwear Drape: Engineered with the iconic contrast raglan sleeves, a classic ribbed stand-up collar, and elasticated waistbands and cuffs that trap body heat perfectly while maintaining a clean, tailored silhouette.
• Heavy-Duty Hardware Closures: Finished with premium, smooth-gliding metal snap buttons down the front frontage, adding a rugged, authentic vintage feel and ensuring long-lasting closure durability.
• Zero-Waste Tailoring: In our strict commitment to sustainable fashion, each varsity jacket is individually printed and detailed only after your order is confirmed, avoiding mass-production flaws and surplus textile waste.

Care Instructions:

• Washing Routine: Machine wash cold, inside out, on a gentle or delicate cycle. Wash with similar colors and use a mild, chemical-free detergent.
• Stain Management: For localized dirt, spot clean immediately using a soft damp microfiber cloth mixed with a drop of clear, neutral soap. Do not scrub the printed graphics with abrasive brushes.
• Drying Protocol: Air drying by laying the jacket flat or hanging it on a padded hanger is highly recommended. If you must use a machine, tumble dry on the absolute lowest heat setting. Keep away from direct hot radiators.
• Ironing & Bleaching: Never apply a hot iron directly onto the printed graphics; if needed, steam the garment inside out on a low setting. Absolutely do not use chlorine bleach or harsh industrial solvents.