Club C Revenge Footwear Whit/Glen Green/Footwear White
-20% | CITY20
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Club C Revenge Footwear Whit/Glen Green/Footwear White + Reebok

Club C Revenge Footwear Whit/Glen Green/Footwear White

Retro sneakers - Unisex - Club C Revenge - Reebok - 2027

£95.61
VAT and custom duties included

Available colours:

Gold
Blue

20% OFF

*See conditions
Choose your size
UK
Manufacturer sizes
Mandatory
In stock

Advice : Use the foot sizer from SIDAS to help you find the right size

Club C Revenge Footwear Whit/Glen Green/Footwear White
£95.61
VAT and custom duties included
return 60 days to change your mind
Get £1.91 off your next order.
Description

The unisex Club C Revenge Footwear White/Glen Green/Footwear White shoes from Reebok were born on the tennis court and return year after year with a timeless retro look.

The upper is made of leather, providing you with a premium quality shoe and an elegant finish. Its endpiece and stripes offer a striking colour contrast, for a distinctly old-school effect. They will easily adapt to all your outfits. Much more than a sneaker, this model is a timeless classic to wear without moderation.

Club C Revenge Footwear Whit/Glen Green/Footwear White
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Technical details
Size
Normal
Overview
Brand
ReebokReebok-logo
Sidas foot measurer
Warranty
2
Year
2027
Season
Autumn
Gender
Unisex
Product details
Weight (g)
250
Shoe material
Smooth leather
Vibram
No
Performance
Thermal insulation
Unlined
Other features

- Perforations on the forefoot
- Vulcanised outsole
- Lace-up closure
- Logo on the side, tongue, sole, and endpiece

Composition :
- Upper: 87% PU-coated cow leather, 10% synthetic, 3% polyester textile
- Lining: 100% textile
- Midsole: EVA
- Outsole: Rubber



EVA (Ethylene Vinyl Acetate) An EVA sole is a plastic sole that can be lighter and more flexible than rubber. EVA stands for Ethylene Vinyl Acetate. It is an elastomer polymer that produces "rubber-like" materials due to its softness and flexibility. It is a plastic made by combining ethylene and vinyl acetate to create rubber-like properties, which can be used for shoe soles.