Stella McCartney Unveils 'Fevvers', a Vegan Feather Alternative
Stella McCartney, a prominent figure in sustainable fashion, has taken another stride towards cruelty-free design. She recently introduced 'fevvers', a vegan alternative to feathers, in her Paris Fashion Week show. This move comes after McCartney realized the barbaric nature of the feather industry and her long-standing advocacy against animal products in fashion.
McCartney has been using innovative materials like UPPEAL, made from apples, and Econyl, derived from nylon waste fabrics and fishing nets, in her designs. However, she recently discovered the harsh reality of the feather industry, which still uses feathers from farmed ostriches and slaughtered chickens and ducks for down jackets.
Feathers have been a staple in the fashion industry since its inception, with exotic feathers being a high-society status symbol in the 19th century. Despite this, there are no publicly available updates or official decisions about banning feathers in major fashion weeks as of October 2025. McCartney's 'fevvers' are made from naturally dyed blades of grass, created with the help of Mumbai-based Chanakya International. They provide a soft pastel, light effect similar to feathers but without the cruelty.
Stella McCartney's introduction of 'fevvers' is a significant step towards a more compassionate and sustainable fashion industry. While the use of feathers in fashion remains prevalent, McCartney's innovative alternative offers a promising path forward. As a long-time advocate against animal products in fashion, her influence could encourage others in the industry to follow suit.
Read also:
- Reconsidering the Approach to Mountain Height Measurement?
- UK automaker, Jaguar Land Rover, to commit £500 million for electric vehicle manufacturing in Merseyside
- Lieutenant Governor Kounalakis joins SoCalGas in unveiling the novel H2 Hydrogen Innovation Experience, a one-of-a-kind demonstration.
- Agroforestry Carbon Capture Verified Through Digital Measurement and Verification Process