Designers recycle car parts to create collection


Ford Puts Car Seats on the Catwalk, Designers Recycle Auto Parts

Car seat covers used in new Ford cars have received a glamorous new lease of life after being recycled for a unique fashion collection.


Emerging designers from Europe and Asia transformed the covers – and other materials and waste from Ford vehicle production – into dresses, jackets and skirts for The Redress Forum: Ford Design Challenge, an event organised with Hong Kong sustainable fashion charity Redress to highlight sustainable design in fashion and automotive.


“Sustainability is a key element of Ford design and it is tremendously exciting to see material from our cars given a new lease of life on the catwalk,” said Emily Lai, manager, Colour and Materials Design, Ford Asia Pacific.


“Designers have the power to affect environmental waste through their designs and the design process, and can minimise this total impact through the creative use of materials and other innovations. All the creations we have seen are innovative and thought-provoking, and we applaud each participant for rising to the challenge.”



Since 2001, a dedicated team of Ford engineers has worked to incorporate sustainable materials into Ford vehicles, while upholding the company’s strict quality and performance standards. Today, the company uses recycled plastic bottles, shredded cotton, kenaf, wheat straw, soy beans and castor oil to help reduce consumer and industrial waste, decrease depletion of natural resources and lower energy consumption.

Ford also is working with Heinz to investigate the use of tomato fibres in developing sustainable, composite materials for use in vehicle manufacturing. The company is a founding member of the Bioplastic Feedstock Alliance, an advocacy group created with the World Wildlife Fund and other global partners, promoting the responsible development of plant-based plastics.

Sustainable materials are only one piece of Ford’s comprehensive approach to sustainability. Since 2000, Ford has decreased its total water use in vehicle production globally from 64 million cubic metres to 24 million cubic metres.


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