



Clearance RF Women's Paw Prints Shorts
Get ready to move with the last chance to snag our Clearance RF Women's Paw Prints Shorts in size Small! These 3-inch inseam shorts blend athleisure comfort with a streetwear vibe, perfect for your active lifestyle. Designed to wick away moisture and dry quickly, they keep you cool whether you're hitting the gym or the streets. Don’t miss out—grab these playful, athletic shorts before they're gone!
- Clearance RF Wear Women's Paw Prints Shorts made from high quality mesh.
- Only Available in Small - 3 Inch Inseam.
- ALL CLEARANCE SALES ARE FINAL.
- CANNOT EARN RF CASH ON CLEARANCE SALE ITEMS.
- Our shorts run true to size.
- Made in Kansas City, USA.
- Made from high quality, lightweight sublimated polyester.
Choose Between Mesh or Classic Fabric:
MESH
- Breathable mesh fabric keeps you cool, stretches for movement, and resists wear. Experience the benefits of breathable mesh fabric that promotes airflow, flexibility, and durability.
CLASSIC
- Smooth, durable, wrinkle-resistant fabric, less breathable than mesh. Does not shrink. Retains color well.
Every pair of shorts is made to order in the USA. We strive to get every order out as soon as possible, but please allow up to 5-7 business days to ship.
We ship USPS standard. All purchases are guaranteed. Shipping to locations inside of the USA have a flat rate fee of $7.50.
Expedited may be available upon request, reach out to us with your order number at support@radical.fan and we will help in any way we can.
No Returns/Refunds
We allow exchanges on unworn/unwashed items within 7 business days of delivery, but we do ask the customer to ship the item/items back to us..
Custom Items and Clearance Items are Final. No Exchanges/Returns/Refunds.
*For international orders, the customer is responsible for all shipping charges.
Order Cancellations
Orders can only be cancelled within 24 hours of purchase.
- Detergent – Light detergent
- Water Temperature – Cold or warm water.
- Washer Cycle – Normal.
- Drying Cycle Type – Short with low heat.
