Women's 2026 spring-autumn ankle boots, slimming, warm, breathable, solid colour, with zip, metal elements, platform, mid-heel (3-5 cm), block heel, French style, microfiber upper, rubber sole

Specifications

Product type
Martin boots
Age group
Adults
Upper material
Microfiber
Sole material
Rubber
Gender
Women
Style
French style
Toe shape
Pointed
Heel shape
Block
Heel height
Mid (3-5 cm)
Trend boot type
Ankle boots
Design element
Metal
Design element
Platform
Feature
Height increasing
Feature
Breathable
Feature
Warm
Height
Low
Thickness
Normal
Wearing method
Back zip
Pattern
Solid colour
Season
Winter
Season
Autumn
Insole material
Microfiber leather
Quality inspection report
No
Quality inspection unit
1
Lining material
Leather
Boot shaft lining material
Microfiber
Boot shaft material
Microfiber
Weight
1000 g
Sole technology
Rubber
Launch year-season
2026 winter
Latest shipping time
3 days
Closure type
Back zip
Women's 2026 spring-autumn ankle boots, slimming, warm, breathable, solid colour, with zip, metal elements, platform, mid-heel (3-5 cm), block heel, French style, microfiber upper, rubber sole

Women's 2026 spring-autumn ankle boots, slimming, warm, breathable, solid colour, with zip, metal elements, platform, mid-heel (3-5 cm), block heel, French style, microfiber upper, rubber sole

4.989 reviews1847 sold
Color:
Size:

These ankle boots are designed for women and are suitable for the 2026 spring-autumn season. The upper and lining are made of microfiber, and the sole is rubber. The style is French, with a pointed toe and a block mid-heel (3-5 cm). The design features metal elements and a platform, with a zip closure. It has a solid colour pattern and is warm, breathable, and slimming.

Over Fit:
Small18%
True to size70%
Large12%

Image and video

No comments available

There are no comments for this product yet. Share your experience if you've bought this item

Shopping Security
Safe payments and privacy protection
Sold by t-al-orxu
Ships from t-al-orxu

Delivery is charged per order: Tashkent 42 418 so'm · regions 70 696 so'm · + 35 348 so'm/kg

132 361 so'm