South Beach double buckle platform sandals in black
South Beach
$56.00
📦 Shipping Information:
Free U.S. standard shipping on eligible ASOS orders over $75. Sold and fulfilled by ASOS, with final pricing, availability, and delivery details confirmed at checkout. 
Product Insights & Style Tips
South Beach doubles down on sunny-season cool with the black double buckle platform sandals. Textured straps bring tactility and a bit of edge, while the open toe and molded footbed promise everyday comfort. The flatform sole keeps the line sleek and current, giving just-right height without sacrificing ease.
Two adjustable straps with pin-buckle fastening secure the fit across the foot, letting you tailor it to your arches and insteps. The open toe stays breezy in heat, and the molded footbed yields a cushioned foundation under the ball of the foot. With the sturdy platform, you get a balanced lift that works with everything from cropped denim to maxi dresses, transitioning from day to night with ease.
South Beach has that coastal, throw-on-and-go vibe that pairs well with current warm weather wardrobes. This black version anchors outfits with a minimal, statement-ready edge, pairing especially well with gold hardware and clean silhouettes.
Materials / Fabrication
- Textured straps
- Adjustable strap
- Pin-buckle fastening
- Open toe
- Molded footbed
- Flatform sole
Recommended Care
- Wipe clean with a damp cloth and allow to air dry
- Avoid submerging the shoes in water or machine washing
- Use mild soap if needed; test on a small area first
- Avoid direct heat or prolonged sun exposure when drying
- Store in a cool, dry place and keep shapes with tissue or shoe trees where possible
Fit Notes
- The adjustable strap with pin-buckle closure lets you customize the fit across the instep.
- An open toe design keeps the forefoot exposed for ventilation and ease of wear.
- The molded footbed provides a defined underfoot shape to support the foot through the stride.
- The flatform sole creates a uniform platform across the foot for stability and height.