3D Glitter Bailey Bow Short Leather + EVA Sole【M5315】3D Glitter Bailey Bow Short Leather + EVA Sole【M5315】
$290.00
Description
Step into style and comfort with Suttons UGG Baily Bows, a charming twist on our classic design. These boots feature delightful satin bows along the back, adding a playful and feminine touch that stands out in any crowd. Crafted from the finest sheepskin, Baily Bows offer a luxurious feel that is soft to the touch and exceptionally durable. The adorable design pairs effortlessly with both casual and dressier outfits, making them a versatile choice for any occasion.
Beyond their enchanting appearance, Suttons UGG Baily Bows are designed for exceptional comfort and performance. The plush interior wicks away moisture, ensuring your feet stay warm and dry, while the lightweight, flexible sole provides excellent support and traction. With their unique blend of style, comfort, and practicality, Baily Bows are the perfect addition to your wardrobe. Experience the joy of fashion-forward footwear with Suttons UGG Baily Bows, and make every step a stylish one.
MATERIALS AND CARE
- SUTTONS UGG products are made with carefully selected materials. Please handle items with care in order to ensure a longer life.
- Keep away from direct light, heat and rain. If they get wet dry them immediately with a soft cloth.
Fill the shoes with tissue to maintain their shape and absorb moisture, store them in a flannel case.
Clean with a soft, dry cloth.
Delivery
Orders processed before 2pm AEST on weekdays will be dispatched on the same day.
- Express Delivery: $15, FREE for orders over $150
Returns
We want you to be 100% satisfied with your purchase.
If you change your mind, we’re happy to accept all returns, provided our three return conditions are met:
- *We have extended our returns period to 60 days for all online and in-store purchases until 31st December 2026.
- Item(s) must be unworn, unwashed, or otherwise undamaged with original tags attached.
- Item(s) are in original packaging or shoebox in their original condition.














