Clogs for Women Suede Soft Leather Clogs Classic Cork Clog Antislip Slippers
What we analysed
BVR’s AI bot is continuously reading, learning and evolving to generate reviews.
18,707 reviews
covering
27 products
for the category
Women's Mules & Clogs
Experiential insights by users
About Clogs for Women Suede Soft Leather Clogs Classic Cork Clog Antislip Slippers
Overall Feedback:
84% positive
80% praised for its exceptional comfort
These clogs are a game-changer in terms of comfort. The soft suede leather feels luxurious against the skin, providing a cozy and plush experience.
I was initially skeptical about buying the product due to uncomfy reviews, but found it to be very comfortable after purchasing it.
These shoes are super comfortable and keep my feet very warm. I was surprised at how well they maintain body heat.
The shoes are comfortable, easy to put on, and stay on my feet without having to hang on with my toes.
79% liked the stylish design
The classic cork clog design offers excellent support for prolonged wear and is stylish too.
The product looks like the real thing and is super cute.
The shoes have cork soles, nice rubber grippy bottoms, and are made of real leather. The green color is a lovely neutral.
77% praised the high-quality materials
The material on the inside of my shoes is soft and seamless, which is important to me as I don't want any rubs or blisters.
The soft suede leather feels luxurious against my skin, providing a cozy and plush experience.
80% liked the perfect size and fit
I bought the shoes in size 8 and they fit even though I read that they ran wide. I am delighted with the fit.
I have long, narrow feet and was nervous about the shoes fitting me. However, the strap on the shoe allowed me to tighten it which helped a lot.
I can get the right fit with the adjustable straps across the instep, as one of my feet is a full size larger than the other and sometimes they are very swollen and sometimes not at all.
70% liked the slip-resistant soles
The clogs have an anti-slip feature that ensures stability on various surfaces.
