Endurance - Graphene based coatings for durable wear resistant low cost position sensors
Lead Participant:
Precision Varionic International Limited
Abstract
In recent years there has been an exponential increase in embedded electronics within cars as OEMs strive to
satisfy consumer demand for greater comfort, safety, convenience, reliability, fuel efficiency, infotainment and
fun, and stringent legislative targets for automotive emissions. Position sensors represent a key enabling
technology used for monitoring and control of systems throughout the car, from engine management through
to pedal position monitoring. Consumers demand intelligence as standard and at no extra cost. The state of the
art provides two sensor types: i) contact based devices (low performance at low cost); and ii) non-contact
devices (high performance at high cost). Utilising the unique properties of graphene based coatings (wear
resistance combined with customised conductivity and barrier) the ENDURANCE consortium will assess the
feasibility for development of a low cost high performance linear and encoder position sensors enabling
realisation of disruptive solutions meeting well defined user needs. The ENDURANCE technology has the
potential to extend far beyond the automotive market (£770m) to secondary markets worth >£7.4 billion.
satisfy consumer demand for greater comfort, safety, convenience, reliability, fuel efficiency, infotainment and
fun, and stringent legislative targets for automotive emissions. Position sensors represent a key enabling
technology used for monitoring and control of systems throughout the car, from engine management through
to pedal position monitoring. Consumers demand intelligence as standard and at no extra cost. The state of the
art provides two sensor types: i) contact based devices (low performance at low cost); and ii) non-contact
devices (high performance at high cost). Utilising the unique properties of graphene based coatings (wear
resistance combined with customised conductivity and barrier) the ENDURANCE consortium will assess the
feasibility for development of a low cost high performance linear and encoder position sensors enabling
realisation of disruptive solutions meeting well defined user needs. The ENDURANCE technology has the
potential to extend far beyond the automotive market (£770m) to secondary markets worth >£7.4 billion.
Lead Participant | Project Cost | Grant Offer |
---|---|---|
Precision Varionic International Limited, Swindon | £97,341 | £ 68,139 |
  | ||
Participant |
||
University College London, United Kingdom | £49,365 | |
Dycotec Materials Ltd | £100,008 | £ 70,006 |
People |
ORCID iD |
Pufinji Obene (Project Manager) |