When Haute Couture meets High Tech!
– conductive embroidery lights up the Climate Dress by DIFFUS
Hundreds of tiny LEDs integrated into an intricate embroidery pattern light up the CO2 sensing dress developed by Danish design studio Diffus and herald the next generation of wearable technologies.
Using innovative conductive yarns developed especially for this purpose, Swiss embroidery specialist Forster Rohner created patterns that were both appealing and functional without compromising their textile quality. This soft circuitry is a milestone in integrating electronic functionality into textiles and enables a true blend between fashion and technology.
A dress that tells a story about the surrounding CO2 concentration
The climate dress is an interactive dress that is reacting on the CO2-changes in the nearby surroundings.
The dress senses the CO2 concentration in the air, then accordingly creates diverse light patterns by the use of over hundred LEDs — varying from slow, regular light pulsations to short and hectic. The Climate Dress is a statement that, trough an esthetical representation of environmental data, contributes to the ongoing debate about environmental issues.
How Haute Couture and interaction design blend
The Climate Dress uses soft conductive thread that has a similar consistence to the kind of thread used for traditional and industrial embroidery. This way the embroidery becomes more than an esthetical element
— it has a crucial function conveying electricity and computer information, thereby giving “power to the dress”. Several microcontrollers are connected to the embroidery via conductive threads, gathering data from the CO2 sensor and transforming the information into light patterns.
What you see is what you get
The LEDs blink and sparkle on The Climate Dress, but where is the wiring? The dress does not rely on any wiring, soldering or crimping typically impairing the textile aspect of other “smart textile” products. All functional elements are blended into the embroidery, proudly exposed to the eye. Ornamental design and functionality are no longer antagonists.
Your new interactive wardrobe
The Climate Dress opens up new ways of integrating interactive technology and sensors into textiles. The soft circuit approach and the seamless integration of functional and aesthetic electronic elements into textiles will support developments for communication, health care related monitoring and fashion statements as part of your wardrobe.
A unique collaboration
To realise the “Climate Dress” project, Danish based design studio Diffus brought together experts from diverse fields of knowledge like microelectronics, wireless communication, embroidery, fashion design and interaction design. Establishing common ground for these radically different fields creates a base for unique and innovative product designs.
Project by DIFFUS Design (www.diffus.dk) / Michel Guglielmi + Hanne Louise Johannesen.
Forster-Rohner AG, Alexandra Institute
The Danish Design School.
Tine Jensen, fashion design
Special thanks to:
– Music: Oh Land
– Model: Line Falk Overgaard
– The students from the Danish Design School who followed “When fashion meets technology” during fall 2009.
The Climate Dress is funded by the partners and the Danish innovation network InfinIT