Welcome to GoBozor
Men's Shoes Autumn All-match Trendy Sports Casual High-top Board Shoes Work Work Velcro Platform Trendy Shoes
0.0
0 sold.
Minimum quantity is: 1 pcs
Price section
Price from:
334,458 so'm
Choose variant
Variants
Size
Woodpecker-[black] high quality flagship model, 39
479,517 so'm
1000 availableWoodpecker-[black] high quality flagship model, 40
479,517 so'm
1000 availableWoodpecker-[black] high quality flagship model, 41
479,517 so'm
1000 availableWoodpecker-[black] high quality flagship model, 42
479,517 so'm
1000 availableWoodpecker-[black] high quality flagship model, 43
479,517 so'm
1000 availableWoodpecker-[black] high quality flagship model, 44
479,517 so'm
1000 availableGuaranteed delivery time
If we are 45 days late, you will receive your order for free. More details
Always in touch with you
We will answer any questions every day.
Secure payment in a convenient way
We will accept payment by any card
BNPL available
select product
select product
Select payment by installments when placing your order. The final installment cost is calculated at checkout.
Men's Shoes Autumn All-match Trendy Sports Casual High-top Board Shoes Work Work Velcro Platform Trendy Shoes
About the product
Characteristic
- Origin
Guangdong jieyang
- Product category
Sneakers
- Style
Neutral
- Function
Wear-resistant
Shock absorption
- Item number
cbWBbhQp
- Style
High-top sneakers
- Brand
Other
- Suitable for the season
Autumn
- Applicable gender
Male
- Pattern
Solid color
- Upper material
Suede
- Sole material
Rubber
- Applicable age group
Youth (18-40 years old)
- Wearing method
Velcro
- Popular elements
Sewing thread
- Closure method
Velcro
- Heel shape
Thick sole
- Inner material
Mesh
- Supply category
In stock
- The fastest shipping time
1
- Opening depth
High mouth (above 11cm)
- Toe shape
Treater
- Insole material
PU
- Year and season of launch (time of launch)
Autumn 2024
Description
Characters
Properties
- Origin
Guangdong jieyang
- Product category
Sneakers
- Style
Neutral
- Function
Wear-resistant
Shock absorption
Description