Skip to main content

Q-Free solution for Glasgow

Q-Free has won a four-year deal to set up its HI-TRAC CMU bicycle detection system including activated warning signs at 16 locations in Glasgow, Scotland.
October 27, 2021 Read time: 2 mins
© Jaume Juncadella | Dreamstime.com

Flashing signs will warn drivers that cyclists are approaching an upcoming road junction or travelling in the cycleway ahead. This is a useful safety feature where a vehicle driver’s forward visibility is compromised by intrusive street furniture or buildings.

For the HI-TRAC CMU bicycle detection solution, in-road piezo-electric sensors are located around 25m away from every road leading to a major junction. When the sensors detect a cyclist approaching, they trigger flashing lights on triangular warning signs telling drivers to be aware. A location can have up to three warning signs.

Safety is seen as the main barrier to people cycling more frequently, explained Christine Francis, head of technical services for Glasgow City Council. “Improving cyclist safety is a cornerstone of our efforts to promote a shift to more sustainable forms of transportation.”

Since 2016 Glasgow has been trying to improve cyclists’ safety by adopting "an integrated system that gives priority to cyclists at signalised crossings”, said Francis. “Glasgow City Council was the first local authority in the UK to install cycle activated electronic signage on the road network.”

The sites were selected based on historical data and the potential to prevent incursions between bikes and other vehicles. The system is also being deployed at pedestrian underpasses to warn cyclists to slow down and be cautious of pedestrians. The accuracy of the Q-Free equipment has also led to the replacement of Glasgow's suite of induction loop cycle counters. The project team says that findings from an early installation at a junction show vehicle and cycle conflicts were reduced from 17% to 8%. The number of vehicles failing to yield to oncoming cyclists fell from 35% to 22%.

For more information on companies in this article

Related Content

  • Evonik’s Degaroute boosts Medellin cycle path safety
    January 25, 2017
    Across Latin America, a region known for its chaotic driving and dense traffic jams, a growing number of commuters are doing the unthinkable - ditching their cars for bicycles City leaders and cycling advocates in Latin America have recently been focusing on the development of sustainable urban design that improves cyclist. Hundreds of kilometres of bike lanes are being laid out and cyclists are getting favourable loans to purchase bikes. There are even innovative bike-share systems. One city enhancin
  • EVENT: wildlife-vehicle collision reduction
    May 9, 2024
    A symposium this month in Sydney by the Australasian Network for Ecology and Transportation (ANET) and the Environment Institute of Australia and New Zealand (EIANZ) will explore how new and emerging technologies are helping reduce the millions of mammal deaths annually – an estimated four million in Australia alone.
  • India’s road to safety
    September 5, 2012
    India's growth rate is the envy of the world, and its infrastructure is rapidly improving, but its road safety record is the world's worst. Patrick Smith reports on a conference aimed at finding answers to the problems Ambling through the gardens and marble magnificence that is the Taj Mahal or gazing down on the city of Jaipur from the hilltop Jaigarh Fort is far removed from the world outside.
  • Florida highway rebuild project
    May 2, 2018
    Rebuilding a congested stretch of highway in Florida will cut congestion and boost safety for commuters - Mike Woof writes. Florida’s 214km-long I-4 highway provides a key transport route between Tampa and Daytona Beach, but has an unenviable reputation for both congestion and safety, with frequent delays due to heavy traffic as well as crashes. The stretch running through the city of Orlando is particularly prone to jams at peak periods, with huge traffic volumes resulting in vehicles having to slow to a c