Skip to main content

TÜV Rheinland to provide support for UAT for Virginia’s 495 Express Lanes

TÜV Rheinland’s ITS group has been selected to provide user acceptance testing (UAT) support for the 495 Express Lanes, the new high-occupancy toll (HOT) lanes opening on the Virginia side of the I-495/Capital Beltway at the end of this year. The project is one of the largest transportation endeavours in the US, aiming to ease traffic on one of the country’s most congested corridors and UAT is a key testing component of the project that will involve testing all aspects of the Express Lanes tolling hardware
August 14, 2012 Read time: 2 mins
2236 TÜV Rheinland’s ITS group has been selected to provide user acceptance testing (UAT) support for the 495 Express Lanes, the new high-occupancy toll (HOT) lanes opening on the Virginia side of the I-495/Capital Beltway at the end of this year. The project is one of the largest transportation endeavours in the US, aiming to ease traffic on one of the country’s most congested corridors and UAT is a key testing component of the project that will involve testing all aspects of the Express Lanes tolling hardware and software to ensure a fully tested and integrated system.

“Development of express lanes is a growing trend in traffic management solutions,” said Suzanne Murtha, business development manager for TÜV Rheinland. “Virginia has emerged as a national leader in public-private partnership development and advanced transportation planning and management, largely due to the 495 Express Lanes project.”

TÜV Rheinland ITS was selected to join the project by 600 Transurban, the concessionaire and long-term operator of the 495 Express Lanes. It will work together with Traffic Technologies Incorporated, a transportation consultant for ITS, electronic toll collection (ETC) and conventional tolling environments.

For more information on companies in this article

Related Content

  • Nairobi looks to ITS to ease travel problems
    December 21, 2017
    Shem Oirere looks at plans to tackle chronic congestion in the Kenyan capital. Traffic jams in the Kenyan capital, Nairobi, are estimated to cost the country $360 million a year in terms of lost man-hours, fuel and pollution. According to Wilfred Oginga, an engineer with the Kenya Urban Roads Authority (KURA), the congestion has been exacerbated by poor regulation and enforcement of traffic rules, absence of adequate traffic management systems and poor utilisation of existing road facilities.
  • Data exploits parking potential
    March 11, 2015
    David Crawford parallel parks with innovations in two continents. Surveys of US cities indicate that drivers searching for parking can account for up to 37% of all urban traffic congestion. A 2011 study by IBM of 20 cities around the world found that nearly six out of ten drivers had abandoned their search for a parking space at least once; while motorists generally spent on average 20 minutes looking for a sought-after spot.
  • Advanced in-vehicle user interface - future developments
    February 1, 2012
    Dave McNamara and Craig Simonds, Autotechinsider LLC, look at human-machine interface development out to 2015. The US auto industry is going through the worst crisis it has faced since the Great Depression. But it has embraced technologies that will produce the best-possible driving experience for the public. Ford was the first OEM to announce in-car internet radio and SYNC, its signature-branded User Interface (UI), is held up as the shining example of change embracement.
  • Progressing work zone safety systems
    February 1, 2012
    David Crawford investigates progress in a key safety area - work zones. Highway construction zone safety is taken seriously enough in the US to merit a special spring National Work Zone Awareness Week, which in 2010 ran from 19-23 April. Headed by the US Department of Transportation's Federal Highway Administration (FHWA), this aims to reduce an annual toll of work zone deaths - 720 in 2008 (an average of one every 10 hours) with more than 40,000 traffic injuries (an average of one every 13 minutes).