Evolution Platform Mules
BC Footwear by Seychelles
$99.00
📦 Shipping Information:
Available from Anthropologie | Free Shipping On U.S. Orders $50+ 
Product Insights & Style Tips
The Evolution Platform Mules by BC Footwear by Seychelles bring a warm beige glow to city-cool wardrobes. The textile upper feels soft and breathable, while a chunky platform lends instant leg-length with easy, walkable heft. A clean slip-on silhouette rides the line between laid-back and polished, and the rubber sole anchors the look with reliable grip and bounce.
Slide them on for grab-and-go days, with a synthetic insole that cushions the steps and keeps things comfy from morning errands to sunset plans. The platform gives height without tipping the balance, so they pair easily with cropped denim, flowy skirts, or tailored trousers. Neutral beige keeps lines seamless under knits and blazers, and the rubber outsole provides grip on city pavements as you transition through settings.
Priced at 99, BC Footwear by Seychelles continues to lean into easy rise, casual luxury, and everyday wearability. These mules nod to retro-sandal mood while staying firmly modern, a versatile anchor for warm-weather wardrobes. Style notes: team with a linen blazer and wide-leg pants, or let them anchor a sundress for weekend lunches and street-style moments.
Materials / Fabrication
- Textile upper
- Synthetic insole
- Rubber sole
- Platform sole
- Slip-on styling
- Imported
- Beige
- Women's, size 6
- Evolution Platform Mules by BC Footwear by Seychelles
Recommended Care
- Spot clean textile upper with mild soap and water; wipe and air dry away from direct heat.
- Avoid machine washing or soaking; do not submerge in water.
- Wipe synthetic insole with a damp cloth; ensure completely dry before wearing.
- Rubber sole: wipe clean; avoid harsh solvents or heat that can degrade rubber.
- Store in a cool, dry place; use a shoe tree or stuffing to help keep shape; store in a dust bag if available.
- Avoid prolonged exposure to moisture to prevent odor and fabric degradation.