Arizona Flex Platform Birko-Flor Sandal | Black

A bold reinterpretation of a timeless classic, the Arizona Platform Sandal by Papillio® for Birkenstock elevates the iconic two-strap silhouette with a contemporary platform sole. Crafted from durable Birko-Flor® with a smooth, leather-like finish, this fashion-forward design delivers the legendary comfort and support Birkenstock is known for while adding a modern edge to everyday styling.

Built on the brand's signature contoured cork-latex footbed, the Arizona Platform is designed to support the natural shape of the foot for exceptional all-day comfort. A soft microfiber footbed lining enhances the vegan-friendly construction, while the lightweight EVA platform sole provides subtle height without sacrificing flexibility. Finished with adjustable metal pin buckles, this elevated essential seamlessly blends comfort, function, and style.

Details

• Designer: Papillio® by Birkenstock

• Materials: Birko-Flor® Synthetic Upper; Microfiber Footbed Lining; Cork-Latex Footbed; EVA Platform Outsole

• Features: Signature contoured footbed, platform sole, dual adjustable straps, metal pin buckles, vegan-friendly construction

• Platform Height: 25 mm (approximately 1")

• Origin: Footbed made in Germany
  

Styling & Use

Offering a modern update to the classic Arizona silhouette, this platform version pairs effortlessly with everything from relaxed denim and casual separates to flowing dresses and elevated weekend looks. The added height creates a flattering profile while maintaining the comfort and stability that have made Birkenstock a favorite for generations. Designed to fit true to size, we recommend taking your usual size for the best fit.

Care Instructions

Clean the Birko-Flor® upper with a soft, damp cloth and allow to air dry naturally. Avoid prolonged exposure to excessive moisture, direct heat, and harsh cleaning products. To help preserve the cork footbed, apply a cork sealant periodically as needed. Store in a cool, dry place when not in use to maintain the integrity of the materials and construction.