Skip to main content

Bus lane enforcement reduces costs, journey times

The Southcote Lane site in the UK town of Reading is a notorious shortcut for motorists travelling into the town centre. The resultant congestion at the end of the bus lane, when motorists tried to re-enter the main traffic flow, caused congestion and disruption to bus timetables. Reading Borough Council wanted a cost-efficient, effective solution to accurately capture bus lane violations and improve bus travel times. Reading became the first local authority in the UK to deploy Siemens's LaneHawk fully auto
May 4, 2012 Read time: 3 mins
The Southcote Lane site in the UK town of Reading is a notorious shortcut for motorists travelling into the town centre. The resultant congestion at the end of the bus lane, when motorists tried to re-enter the main traffic flow, caused congestion and disruption to bus timetables. 644 Reading Borough Council wanted a cost-efficient, effective solution to accurately capture bus lane violations and improve bus travel times.

Reading became the first local authority in the UK to deploy 189 Siemens's LaneHawk fully automated bus lane enforcement system. Based on Automatic Number Plate Recognition (ANPR) technology, LaneHawk automatically detects violations for a specific, timetabled period of 75 minutes each morning. All vehicles entering the restricted zone are classified as either authorised vehicles, or potentially violating vehicles, according to whether or not the vehicle registration number is included in a zone white list. Permitted vehicles might include buses, taxis, emergency vehicles and delivery vehicles. The white list is compiled by Reading Borough Council and is downloaded from the LaneHawk in-station to all ANPR camera outstations.

LaneHawk's high-resolution digital camera captures images of vehicles entering the zone. The images are then processed by the ANPR software to determine the vehicle's registration number. In addition, a separate colour camera captures a video clip of pre- and post-violation. This contextual video is recorded as evidence and removes any ambiguity as to the vehicle's movement. All evidential records are automatically encrypted at the outstation and sent to the in-station for penalty charge notice processing.

Project:

Bus lane enforcement, Reading Borough Council

Cost:

Approximately US$75,000 (based on supply of LaneHawk system)*

ROI:

Three months (based on 24 violations per day)*

Summary of benefits:

Increased violation capture rate

Significantly reduced appeals, administrative costs and resources

Improved bus journey time

Congestion-free bus lanes

Less disruption to bus timetable

Simplified back office operation and integration

*Siemens Mobility, Traffic Solutions estimates
The LaneHawk evidential records interface easily with Reading Borough Council's existing notice processing back office facilities, providing a high-performance unattended solution that is simple, quick and efficient.

Benefit analysis

Since LaneHawk was installed in July 2009, the new technology has captured more offences than existing CCTV enforcement systems - on average 24 offences per weekday. The system's higher-quality images and evidential records have significantly reduced appeals, administrative costs and resources. There has also been a subsequent positive impact on bus journey times: bus lanes are free of congestion, allowing them to run more effectively to timetable.

A key feature of the system is how it reduces the number of motorist appeals. All Penalty Charge Notices (PCNs) include Reading Borough Council's web address and a PCN identification number. This provides motorists access to the LaneHawk video evidence of their offence. The result is an extremely low appeal ratio compared to other systems.

The system also enables simplified back office operation and integration since LaneHawk violation data interfaces with Reading Borough Council's existing enforcement back office notice processing facility, Imperial. Additionally, the LaneHawk review station is used to process offences from Reading Borough Council's attended enforcement systems.

Since the installation of LaneHawk, far more bus lane violations have been recorded than with alternative attended CCTV or mobile systems. These systems can struggle with high traffic volumes and vehicles travelling too close to each other. LaneHawk's advanced high-resolution camera technology eliminates this problem.

Related Content

  • The path to safer roads: America can learn from Europe’s example, says Verra Mobility
    May 1, 2024
    Many US states are establishing road safety programmes that will inspire others. TJ Tiedje, vice president commercial at Verra Mobility, explains why this is important
  • Videalert automates rising bollards at UK university
    December 21, 2016
    A Videalert CCTV-based ANPR system has been installed at the University of Hertfordshire to control rising bollards at two main entrances to the De Havilland Campus at Hatfield. The installation has been completed by Eurovia Infrastructure (a Vinci Group Company) on behalf of Ringway, a provider of highway maintenance services to local authorities under the seven-year Hertfordshire Term Contract. The new system will provide a safe pedestrian area within the busy campus which houses over 2700 members of st
  • Cost-effective alternatives to traditional loops
    February 1, 2012
    Traffic signal control is a mainstay of urban congestion management. Despite advances in vehicle detection sensors, inductive loops, which operate by using a magnetic field to detect the metal components in vehicles, are still the most common enabler for intelligent signalised junctions.
  • UTMC ANPR communications protocol aids traffic management
    January 30, 2012
    Telematics Technology's Peter Billington describes the effort to give English local authorities and police forces a UTMC ANPR open communication protocol. The story of the impact of communication protocols on the development and utilisation of intelligent equipment is a familiar one both inside and outside the ITS industry. At the outset, a company pioneering its latest technology invariably develops a proprietary protocol. This enables the company's products to talk to the customer systems which need to a