Swarco to deploy traffic solutions at University of Warwick

Swarco Traffic is to provide traffic solutions and smart technologies to deliver parking guidance across the University of Warwick’s campus in the UK city of Coventry. Tony Gillings, project manager at Swarco Traffic, says the technologies will “help the University to effectively manage its car parks and provide university staff and visitors with the necessary guidance and information they need to park safely and efficiently”. Swarco Traffic will supply an initial 42 parking guidance signs to display par
June 10, 2019 Read time: 2 mins

129 Swarco Traffic is to provide traffic solutions and smart technologies to deliver parking guidance across the University of Warwick’s campus in the UK city of Coventry.

Tony Gillings, project manager at Swarco Traffic, says the technologies will “help the University to effectively manage its car parks and provide university staff and visitors with the necessary guidance and information they need to park safely and efficiently”.

Swarco Traffic will supply an initial 42 parking guidance signs to display parking space availability at the campus. The deployment will also include seven car park counters and inductive loops that record the vehicles entering and exiting the car park as well as two full colour matrix RGB signs which indicate road closures.

The company says its intelligent Zephyr solution will allow users to manage the signs and set the messages remotely from any location.

The initial project works are expected to be completed by the end of July.

Parking & Access Control

For more information on companies in this article

Related Content

  • University of Michigan’s M City to test autonomous driving
    March 27, 2015
    The University of Michigan is creating the Mobility Transformation Center (MTC), in partnership with government and leading tech companies, as a means to test and develop the infrastructure and in-vehicle components to make autonomous vehicles a reality. M City, the nickname for the MTC, is a mock city that allows developers to test a fully autonomous driving experience in a real-world environment. With completion scheduled for July, the 32-acre facility on U of M’s North Campus will include buildings,
    Read More
  • Driven demos AVs operating ‘safely’ in London
    October 7, 2019
    The Driven Consortium has completed a week-long demonstration which it says shows that autonomous vehicles (AVs) can operate safely in London - with a safety driver. Driven - a £13.6 million initiative supported by the UK government - carried out the demo around Queen Elizabeth Olympic Park in Stratford in the east of the city. Driven has focused on completing fully-autonomous routes within the UK capital and the city of Oxford using Oxbotica’s autonomous software. Consortium members Moninet and Axa XL p
    Read More
  • UK's Hindhead tunnel pushes the boundaries of traffic management
    January 23, 2012
    The new Hindhead Tunnel is the first in the UK to use radar-based incident detection. Paul Arnold, project manager with the Highways Agency, talks about the project. The comparatively remote location of the A3 Hindhead Tunnel has resulted in it becoming one of the most sophisticated in the UK in terms of monitoring and control systems, according to Paul Arnold, project manager for the Highways Agency (HA), which manages strategic roads in England and Wales. It is the first tunnel in the UK to use radar for
    Read More
  • When caring about sharing is good business for US automakers
    October 28, 2015
    Although car-sharing and ride-sharing could drastically reduce car sales, David Crawford finds some US automakers are keen to participate in the sharing economy. Growing consumer interest in car- and ride-sharing, as opposed to outright ownership, and ride-sharer Uber’s recently stated intention to make its brand competitive with ownership on cost, are making the major US automotive manufacturers think seriously about their future sales prospects. Some have already begun exploring ways of entering the field
    Read More

Highlighted Content