Skip to main content

UK-invented tyre monitoring technology unveiled at ‘highway of the future’

A UK-developed technology that measures the tread depth and pressure of tyres in seconds, has been unveiled as part of a ground-breaking ‘highway of the future’ live project in the USA. Able to monitor the tyre condition without the need for any equipment or sensors on the vehicle itself, the road-embedded technology has been developed by WheelRight, an Oxford-based company. The drive-over technology has been adopted by The Ray, an 18 mile stretch of highway connecting Georgia and Alabama, which aims to
December 22, 2016 Read time: 2 mins
A UK-developed technology that measures the tread depth and pressure of tyres in seconds, has been unveiled as part of a ground-breaking ‘highway of the future’ live project in the USA.

Able to monitor the tyre condition without the need for any equipment or sensors on the vehicle itself, the road-embedded technology has been developed by 8005 WheelRight, an Oxford-based company. The drive-over technology has been adopted by 8353 The Ray, an 18 mile stretch of highway connecting Georgia and Alabama, which aims to show how zero deaths, zero waste and zero carbon can be achieved on US interstates.

Working in conjunction with other networked systems on The Ray, the WheelRight solution is suitable for smart city applications, providing detailed tyre condition information instantly via printed read-out or directly to mobile phones or laptops.

While tyre pressures are taken when the vehicle drives over the road-embedded sensor plates, tread depth is measured via sophisticated multi-image technology and imaging software.

Results of tyre pressure and tread depth measurements will be provided automatically on all tyres within seconds via a touch-sensitive kiosk that provides a printed read-out to drivers.  

Vehicle partner Kia Motors Manufacturing Georgia and The Ray have committed to fully fund the acquisition and installation of the WheelRight tyre safety technology, providing the services free of charge to drivers on The Ray, and creating more awareness of the dangers and negative economic impacts of driving with under or overinflated tyres and badly worn treads.
                                   
KMMG and The Ray are providing an air compressor at the Visitor Centre, which will allow drivers to adjust tyre inflation at no charge, thereby reducing maintenance costs and achieving better fuel efficiency.

Related Content

  • September 12, 2022
    Hikvision maximises safety with smart video technology
    Around the world, thousands of people are injured or killed in road traffic accidents every day. To maximise safety for motorists and other road users, cities and highways authorities are implementing smart video solutions that alert emergency teams when an accident occurs in real time – supporting faster responses and potentially saving lives, says Juan Sádaba, ITS business development manager at Hikvision Spain
  • September 7, 2021
    How ITS weathers the storm on I-80
    Weather-related closures on Wyoming’s I-80 can cost as much as $11.7m each. But a new initiative is harnessing V2X technology to prevent snow shutting things down
  • February 2, 2012
    Free-flow tolling needs classification technology rethink
    The move to all-electronic fee collection should be encouraging tolling authorities to look again at whether their vehicle classification criteria and technologies remain at all appropriate. Bob Lees of Idris Technology writes
  • June 27, 2016
    Digi Technologies power zero-emissions London cab
    US-based provider of machine-to-machine (M2M) and IoT connectivity products and services Digi International has supplied its Digi ConnectCore 6 (Digi CC6) system-on-module to drive Ecotive's Range Extended Electric (REE) Metrocab taxi – said to be the only zero-emissions-capable black cab currently operating in London. The taxi's core powertrain and infotainment systems, which have been developed by Frazer-Nash Research, use the Digi CC6 to drive the Metrocab's entire driver instrumentation and passenger