Sustainable Shoes and Clothing
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ASICS' commitment to creating sustainable shoes
ASICS is committed to following the UN's guidelines on sustainability in running shoe production. Learn more about ASICS' framework for achieving the UN Sustainable Development Goals.
ASICS also strives to improve the lives of consumers around the globe. As a company, we value sustainability and are committed to continually improving our products and processes. We support our consumers' quests for health and wellness through creating products such as eco-friendly shoes and sneakers designed to fulfill that goal. ASICS also partners with suppliers that share a similar commitment to sustainability.
The motivation behind ASICS' sustainable sneaker production
ASICS has helped people achieve a sound mind in a sound body since 1949, and is committed to making a positive impact in the world. Our sustainability framework contains two pillars: people and planet. We believe human rights should be supported throughout the supply chain, and that pollutants and climate change present a dire threat. Addressing both of these issues is a key part of ASICS' sustainability plan.
Check out the latest in men's sustainable shoes and clothing and women's sustainable shoes and clothing from ASICS in our sustainable running shoe category.
Discover ASICS' next step to a truly eco-friendly shoe
The NIMBUS MIRAI™ running shoe is a highly cushioned, neutral trainer that is also ASICS' next step toward creating truly zero-waste athletic footwear. It begins at the top, with an upper made of 100% recycled content and only one type of polyester to make it easier to recycle.
The upper attaches to the sole with a heat-sensitive glue that makes it easier to separate and repurpose the parts as part of our take-back program. Plus, the FF BLAST™ PLUS ECO cushioning, designed to create a lightweight and responsive toe-off, is engineered with 24% bio-based content.
We use a solution dyeing process for the sockliner that reduces water usage by approximately 33% and carbon emissions by approximately 45%, when compared to conventional dyeing techniques.