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Deane Fallen Rock Dark Gum

Clae

Deane Fallen Rock Dark Gum

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Suede sneakers - Men - Deane - Clae - 2027

£146.90

VAT and custom duties included

Other colors available

Unavailable

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

Deane Fallen Rock Dark Gum

£146.90

VAT and custom duties included

60 days to change your mind

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Description

The Deane Fallen Rock Dark Gum brand’s sneakers Clae are men's sneakers that combine traditional craftsmanship with a decidedly modern silhouette.

Designed to traverse the seasons in style, they feature premium materials, with an upper crafted from Italian suede and accented with smooth leather. They are designed for superior comfort and exceptional durability, whilst the cotton laces allow for a precise fit, completing a look that is both sophisticated and easy to wear daily. Standard Premium (SP)Stability and grip are provided by the signature sole, made from rubber.

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Trainers Men's Shoes

Technical details

Size

Normal

Eco-friendly

Overview

Brand

Clae

Sidas foot measurer

Warranty

Year

2027

Season

Autumn

Gender

Men

Product details

Weight (g)

600

Shoe material

Suede

Vibram

Performance

Thermal insulation

Unlined

Other features

- Comfortable construction using durable materials
- Sole Standard Premium (SP) for optimized traction
- Cotton laces

Composition :
- Shank: Suede, Italian leather
- Lining : Leather, recycled Polyester
- sock liner : GRS-certified recycled PU
- External sole: 70% Synthetic Rubber, 30% Natural Rubber

Global Recycled Standard (GRS)

The standard Global Recycled Standard (GRS) was developed to meet the needs of companies wishing to verify the recycled content of their products (both finished and intermediate) and to ensure responsible social, environmental and chemical practices in their production processes. The standard GRS aims, on the one hand, to set out requirements that ensure the accuracy of ingredient declarations and the quality of working conditions and, on the other hand, to minimise environmental and chemical impacts.