Last updated at 08/06/2024 14:18:52
Slip them on and look ahead. Inspired by three-dimensional topography and the race to Mars, these future-focused adidas slides interpret tomorrow for today. They're made with natural materials — like sugarcane — and a one-piece design that invites comfort every day. Wear them at home, on the go or for a stroll around the block. Their easygoing vibe stays ready for it all. These shoes are made with natural and renewable materials as part of our journey to design out finite resources and help end plastic waste.
Slip them on and look ahead. Inspired by three-dimensional topography and the race to Mars, these future-focused adidas slides interpret tomorrow for today. They're made with natural materials — like sugarcane — and a one-piece design that invites comfort every day. Wear them at home, on the go or for a stroll around the block. Their easygoing vibe stays ready for it all. These shoes are made with natural and renewable materials as part of our journey to design out finite resources and help end plastic waste.
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Slip them on and look ahead. Inspired by three-dimensional topography and the race to Mars, these future-focused adidas slides interpret tomorrow for today. They're made with natural materials — like sugarcane — and a one-piece design that invites comfort every day. Wear them at home, on the go or for a stroll around the block. Their easygoing vibe stays ready for it all. These shoes are made with natural and renewable materials as part of our journey to design out finite resources and help end plastic waste.
Slip them on and look ahead. Inspired by three-dimensional topography and the race to Mars, these future-focused adidas slides interpret tomorrow for today. They're made with natural materials — like sugarcane — and a one-piece design that invites comfort every day. Wear them at home, on the go or for a stroll around the block. Their easygoing vibe stays ready for it all. These shoes are made with natural and renewable materials as part of our journey to design out finite resources and help end plastic waste.
