







Eco-friendly shoes - Men -
Advice : Use the foot sizer from SIDAS to help you find the right size
Dive into the Saola adventure with the new Tsavo 2.0 White Tobacco for men, a shoe where style meets environmental awareness to create a true masterpiece of sustainability and urban design.
Designed for modern explorers and active city dwellers, this shoe will make your hours on the trail extremely comfortable with its stretchy, eco-friendly upper construction, which adapts perfectly to your foot for a second-skin feel. Light as a feather, you'll find it hard to believe you're wearing such a hard-wearing, durable shoe.
Its super-breathable construction also keeps your feet cool and comfortable, even on the hottest days. And when it's time to clean up, no worries - the shoe is washable, ensuring you can keep it fresh and clean season after season.
Its new midsole offers the perfect combination of flexibility and support, with a hardness of 60 in the forefoot and 50 in the rear, it ensures a natural, balanced gait.
With the Tsavo 2.0 you can not only walk with pride, but also with the knowledge that you have made a positive choice for the planet.

- Made from vegan and environmentally-friendly materials
- Stretchy upper for maximum comfort
- Ultralight
- Highly breathable
- Super comfortable
- Washable
- Midsole hardness: 60 front - 50 rear
Weight: 247g
Materials:
- Upper: 85% solution-dyed recycled PET, 10% PA, 5% Spandex
- Lining: 60% polyester microfibres, 40% recycled PET
- Insole: 85% recycled PU, 15% PU
- Upper part of insole: 100% recycled cork
- Midsole: 35% recycled EVA foam, 65% EVA foam
- Outsole: 39% Natural rubber, 56% Synthetic rubber, 5% Cork
- Laces: 100% Organic cotton
| 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 elastomeric polymer that produces "rubbery" materials, due to its softness and flexibility. It is a plastic made by combining ethylene and vinyl acetate to create rubber-like properties that can be used for shoe soles. |