News

Empa controls drone with conductive wristband

11/07/2017
Empa controls drone with conductive wristband

Swiss research institute Empa has designed a way to control drones and other electronic devices with a wrist movement thanks to fibres integrated into a textile. The piezo-resistive fibre is electroconductive, recognises a change in shape and converts it into an electrical signal. It responds to small movements. Researcher Frank Clemens said:...

To continue reading this story, please sign in or register.

Related stories:

Research finds destabilisation renders wood more stable 14/11/2019
Swiss researcher suggests PET recycling breakthrough 22/05/2019
Empa’s smart fibres could serve important medical purposes 12/10/2018
World Cup ball gets Empa’s stamp of approval 30/05/2018
‘Electrified gold’ membranes help ski jacket stay dry 01/02/2018
Empa creates illuminated pyjamas to treat newborns with jaundice 31/10/2017
Empa delves into microplastics released from textile washing 27/06/2017
Empa researchers develop optic fibres for soft sensors 21/03/2017
Membrane could offer “generational advancement” in moisture management 09/02/2017
Empa researchers create novel all-in-one shelter 29/09/2015
Could carrot fibre be new material for sports gear? 07/08/2015
Michelin and Chinese partner aiming for 10% of performance soles market 28/11/2014
Nanosilver more durable than standard silver coatings, says Empa 07/07/2014

Sportstextiles.com cannot be held responsible for content if the language setting is changed from English.

The translations provided by Google Translate are automated and therefore might not be accurate and may contain incorrect, offensive or misleading language. We offer this facility as a guide only.