Over 5 million cyclists in four years at Hackney's Goldsmiths Row

Traffic Technology's (TT’s) iSight-iD cycle count information display has counted more than 5,155,904 cycles since August 2013, and more 1,000,000 cycles since January 2017, at Goldsmiths Row in the London Borough of Hackney. The data collected enables the Council to monitor the growth in cycling and plan future improvements to keep cyclists safe and make cycling more popular. According to the Council, the Borough has the highest cycle to work rate in London and the fourth highest in the UK. The
December 7, 2017 Read time: 2 mins

561 Traffic Technology's (TT’s) iSight-iD cycle count information display has counted more than 5,155,904 cycles since August 2013, and more 1,000,000 cycles since January 2017, at Goldsmiths Row in the London Borough of Hackney. The data collected enables the Council to monitor the growth in cycling and plan future improvements to keep cyclists safe and make cycling more popular.

According to the Council, the Borough has the highest cycle to work rate in London and the fourth highest in the UK.

The continuously updated live display counts the number of cyclists using the route and passing the sign each day as well as the total number for the year to date. Data sent back to the authority for strategic analysis is automatically updated on their website via TT’s Eco Visio Webwidget.

Feryal Demirci, councillor and cabinet member for neighbourhoods, said, “The Goldsmiths Row cycle counter shows that cycling is a key transport mode for a large number of Hackney’s residents. If these trips were made by car or public transport, they would add to the congestion and overcrowding on the transport network. This data can help us plan future improvements to make cycling in Hackney even more popular and keep cyclists safe.”

Classification & Data Collection

For more information on companies in this article

Related Content

  • Measuring vehicle lengths with a single loop - promising results
    July 27, 2012
    District 7 of Caltrans has been conducting trials to see whether the use of a single inductive loop to measure vehicle lengths and so identify heavy trucks is feasible. So far, the results have been very promising, according to Lead Transportation Engineer Steve Malkson. Between them, the adjoining ports of Los Angeles and Long Beach, the US's two biggest, cover some 10,700 acres (43km2) and 68 miles (109km) of waterfront.
    Read More
  • Travel data critical to traffic management, traveller information
    January 31, 2012
    The ability to bundle together travel data from several discrete sources and fuse it to give a more comprehensive overview of events to stakeholders is the key aim of Viajeo, which is conducting trials in several cities around the world. Here, Ertico's Yanying Li writes about the project in more detail
    Read More
  • App informs drivers of delays during Long Beach bridge replacement
    June 6, 2014
    David Crawford previews a work zone travel breakthrough. In February 2014, the Port of Long Beach in California launched what it claims is a groundbreaking construction zone navigation aid - LB Bridge mobile app. The app is designed to help drivers during the Gerald Desmond Bridge replacement programme by keeping them up to date on activity and the ensuing traffic diversions when construction starts in summer 2014. The unusually content-rich app is designed to convey current project news (enlivened by phot
    Read More
  • Mayor secures record investment in cycling in London
    December 9, 2016
    London Mayor Sadiq Khan has committed to spending US$194 million (£154 million) per year on cycling over the next five years, representing an average US$21 (£17) per head per annum, a level of spending on a par with Denmark and the Netherlands. The investment, part of the Transport for London (TfL) draft Business Plan, goes beyond his manifesto commitment to increase the proportion of TfL’s budget spent on cycling. It will also include substantial benefits for pedestrians with new pedestrian crossings an
    Read More

Highlighted Content