






Leather sneakers - Men -
Available colours:
Advice : Use the foot sizer from SIDAS to help you find the right size
The men's shoe Sprint Trekker Mid Lace Up Sneaker Saddle from the brand Timberland combines urban style and functionality, perfect for trendy everyday use.
Designed with a LWG-certified leather upper and mesh, these shoes offer optimal durability and breathability. Their lining in PET textile ReBOTL™, made from 50% recycled materials, provides an ecological commitment while ensuring a fresh and lightweight comfort. The Ortholite® foam footbed guarantees optimal comfort and excellent moisture management, while the compression-moulded EVA midsole ensures good cushioning. The rubber outsole offers excellent grip to support your steps with stability and style.

- Slightly high-cut leather shoes
- Padded collar
- Padded and breathable tongue
- Brand logo on the side of the foot
- Round laces with metal eyelets
- LWG certified leather
Composition :
- Upper: Leather, Mesh
- Tongue: Foam, Mesh
- Lining: PET textile ReBOTL™ with 50% recycled polyethylene
- Footbed: Ortholite® foam
- Midsole: Compression-moulded EVA foam
- Outsole: Rubber
| LEATHER WORKING GROUP (LWG) | This label indicates that a brand is committed to the Leather Working Group programme aimed at helping leather manufacturers achieve environmental excellence. To do so, several criteria must be met: transparency and traceability of the supply chain, accessibility to production-related information, reduction in resource use and waste production during leather processing, reduction in chemical use, combating deforestation, respect for animal welfare, and improvement of workers’ conditions. |
| ORTHOLITE® | These are insoles made of open-cell polyurethane. Simply put, it’s a foam membrane! This honeycomb sole wears out more slowly than traditional soles because it drains moisture more effectively and absorbs impacts better. Running shoes equipped with this technology help keep feet cool and dry, protecting against bacteria and fungi while enhancing performance through shock absorption and minimal wear over time. |