Clarks(r) Daiss Shine Mary Jane Pump
Clarks(r)
$120.00
Product Insights & Style Tips
The Clarks(r) Daiss Shine Mary Jane Pump brings a glossy, modern polish to a classic low heel. Patent leather catches the light with every step, while twin mary jane straps add a refined, playful detail that feels both throwback and current. The 1 1/4 inch lift keeps the silhouette sleek and walkable, perfect for days that blend from desk to dinner in a single motion.
A contour cushion footbed molds to the shape of the foot, so comfort travels with you from morning meetings to after-hours plans. The leather upper and lining, paired with a rubber sole, strike a balance between luxe feel and everyday practicality, letting you stride with confidence across surfaces and settings. The shoe reads as dressy enough for professional moments and easy enough to pair with denim or a sleek skirt for polished weekend looks.
Clarks brings that signature blend of comfort and timeless style to a mary jane silhouette that stays relevant season after season. The shine of patent leather pairs nicely with tailored pieces or minimal staples, making these a versatile add to any wardrobe seeking a touch of elevated utility.
Materials / Fabrication
- Patent leather upper with glossy finish
- Leather lining
- Rubber sole
- Twin mary jane straps
- Contour cushion footbed
- Heel height: 1 1/4 inch
- Classic mary jane pump silhouette
Recommended Care
- Wipe patent leather with a soft, dry cloth; use a patent leather cleaner for deeper shine if needed.
- Avoid excessive moisture; store in a cool, dry place away from direct heat.
- Condition leather periodically with a product suitable for smooth leather.
- Use a shoe tree or stuffing to maintain shape; store in a dust bag when not in use.
Fit Notes
- Twin mary jane straps provide a classic silhouette with a secure strap finish.
- 1 1/4 inch lift keeps the silhouette sleek and walkable.
- Contour cushion footbed models to the foot for added comfort.
- Patent leather upper and lining offer a dressier finish with durable materials.
