allbirds-dasher-2
Sustainable footwear and apparel company, Allbirds, has released a new version of its Dasher running shoe, which it claims has improved performance while lowering carbon emissions.
The Dasher 2 produces 10.7kg CO2e per pair, vs 11.3kg CO2e for the original Dasher. According to Allbirds, the lighter midsole and elimination of the wool eyelet are to blame for the weight loss.
The Dasher 2 has the potential to be carbon negative, according to Allbirds, because of its natural materials and responsible sourcing techniques. The San Francisco-based company claims to be carbon-neutral because it offsets the carbon footprint of all of its products to zero.
The Dasher 2 is powered by renewable natural materials including moisture-wicking eucalyptus tree fiber (Tencel), sugarcane (SweetFoam), and natural rubber (Forest Stewardship Council certified) (Forest Stewardship Council certified). Allbirds says the plusher cushioned SweetFoam mid-sole helps transition and reduces the shoe’s weight.
The shoe has been put through its paces by nearly 100 runners over a distance of more than 1,200 miles. It features a redesigned lug pattern for increased traction and additional reflectivity for dawn and night runs.
A snakeskin-print bomber jacket from the new Stella McCartney x H&M Spring 2026 collection marks the debut of BioFleax, a…
The Department of Science and Technology, through the Philippine Textile Research Institute, has launched a P6 million Natural Textile Innovation…
Kornit Digital has officially launched its Atlas Matrix platform following a global beta testing program, expanding the company’s digital printing…
Panda Biotech has announced the launch of India’s first fully integrated hemp fiber-to-yarn supply chain ecosystem in partnership with Culturewell…
Avery Dennison and ReCircled have completed a pilot project showing that RFID technology can automate garment data collection and sorting…
Researchers at University of Birmingham have developed ultra-thin “2D” photocatalysts using a water-based manufacturing process.