






Boat shoes - Women -
Available colours:
Advice : Use the foot sizer from SIDAS to help you find the right size
The women's shoe Timberland Authentic Boat Shoe W Light Pink Full Grain from the brand Timberland combines elegance and functionality for a casual urban style in everyday wear.
These lifestyle shoes are crafted with a premium leather upper, a natural material known for its durability and comfort. The premium leather lining adds a pleasant and breathable feel with every step. The midsole features Ortholite® technology, an innovative foam that provides optimal comfort by cushioning impacts while ensuring excellent moisture management to keep feet dry. The rubber lugged outsole guarantees excellent grip and high durability, ideal for daily activities. Traditional hand-stitched seams and raw leather laces enhance the authentic style and quality of this shoe.

- 3-eyelet boat shoes
- Very durable sole
- Traditional hand-stitched seams
- Leather Working Group certified leather
Composition:
- Upper: Premium leather
- Lining: Premium leather
- Midsole: Leather, Ortholite® foam
- Outsole: Lugged rubber
- Laces: Raw leather
| LEATHER WORKING GROUP (LWG) | This label indicates that a brand is committed to the Leather Working Group programme, which aims to help leather manufacturers achieve environmental excellence. To do so, several criteria must be met: transparency and traceability of the supply chain, accessibility of production-related information, reduction in resource use and waste generation during leather processing, reduction in chemical use, combating deforestation, respect for animal welfare, and improvement of workers’ conditions. |
| ORTHOLITE® | These are open-cell polyurethane insoles. Simply put, it’s a foam membrane! This cellular sole wears out more slowly than traditional soles as it drains moisture more efficiently and absorbs impacts better. Running shoes equipped with this technology help keep feet protected from heat and moisture, guarding against bacteria and fungi while enhancing performance through shock absorption and minimal wear over time. |