We're bringing the benefits of a Sound Mind, Sound Body to the world we love to move in by taking steps to reduce our emissions.
What is a carbon footprint?
A carbon footprint is the total amount of greenhouse gases generated over a product’s life cycle. We’re committed to reducing our CO₂ emissions throughout the value chain, so we’re being transparent about how we measure and continuously work to reduce our emissions.
We measure the carbon emissions at each stage of a product’s life cycle. Below, we’ve explained the carbon footprint of our GEL-NIMBUS® 26 shoe, one of ASICS' pinnacle running shoes.
1. Materials
Processes to get finished materials include:
Raw material extraction
Yarn formation
Textile formation
Dyeing
Finishing
Materials-related carbon emissions for the GEL-NIMBUS® 26 shoe total 5.2kg CO2e/pair.
2. Manufacturing
Processes for product manufacturing include:
Cutting
Sewing
Gluing
Embroidering
Assembling
Manufacturing-related carbon emissions for the GEL-NIMBUS® 26 shoe total 3.9kg CO2e/pair
3. Transportation
Processes for transporting materials during all stages of the product's life cycle include:
Acquiring materials from suppliers
Sending products from factories to retail stores
Returns
Transporting waste to disposal facilities
Transportation-related carbon emissions for the GEL-NIMBUS® 26 shoe total 0.5kg CO2e/pair.
4. Use
Process-related carbon emissions for the GEL-NIMBUS® 26 shoe total 0.1kg CO2e/pair.
In partnership with Massachusetts Institute of Technology (MIT), we’ve based our use emissions on the ASICS shoe care guidelines.
5. End of Life
Processes for disposal include:
Disposal of used shoes
Recycling of shoe packaging materials
Disposal of materials used during manufacturing
Disposal-related carbon emissions for the GEL-NIMBUS® 26 shoe total 1.1kg CO2e/pair*.
*Since ASICS’ products are sold globally, we use industrial or global representative scenarios to calculate disposal-related carbon emissions.
1. Materials
Processes to get finished materials include:
Raw material extraction
Yarn formation
Textile formation
Dyeing
Finishing
Materials-related carbon emissions for the GEL-NIMBUS® 26 shoe total 5.2kg CO2e/pair.
2. Manufacturing
Processes for product manufacturing include:
Cutting
Sewing
Gluing
Embroidering
Assembling
Manufacturing-related carbon emissions for the GEL-NIMBUS® 26 shoe total 3.9kg CO2e/pair
3. Transportation
Processes for transporting materials during all stages of the product's life cycle include:
Acquiring materials from suppliers
Sending products from factories to retail stores
Returns
Transporting waste to disposal facilities
Transportation-related carbon emissions for the GEL-NIMBUS® 26 shoe total 0.5kg CO2e/pair.
4. Use
Process-related carbon emissions for the GEL-NIMBUS® 26 shoe total 0.1kg CO2e/pair.
In partnership with Massachusetts Institute of Technology (MIT), we’ve based our use emissions on the ASICS shoe care guidelines.
5. End of Life
Processes for disposal include:
Disposal of used shoes
Recycling of shoe packaging materials
Disposal of materials used during manufacturing
Disposal-related carbon emissions for the GEL-NIMBUS® 26 shoe total 1.1kg CO2e/pair*.
*Since ASICS’ products are sold globally, we use industrial or global representative scenarios to calculate disposal-related carbon emissions.
10.8kg CO2e
Total CO2e emissions per pair of the GEL-NIMBUS® 26 shoe.
The GEL-NIMBUS® 26 shoe’s carbon footprint is approximately 25% lower than the industry average.*
*Assessed using ASICS’ carbon footprint methodology version1.1 and the most comprehensive reporting available for industry average running shoes, conducted by MIT(report). Learn more about our calculation methodology (here).