Seattle DOT chooses Peek ATC1000

Seattle Department of Transportation has chosen the Peel Traffic ATC-1000 controller for a King County Metro Rapid Ride corridor project. Rapid Ride is Seattle’s bus system; buses send signals to traffic lights so green lights stay green longer, or red lights switch to green faster. The systems have many advanced features including transit signal priority to help synchronise traffic lights with an approaching Rapid Ride bus, enabling the traffic signal controller to provide an effective transit priority re
September 21, 2012 Read time: 2 mins
Seattle Department of Transportation has chosen the Peek Traffic Corporation ATC-1000 controller for a King County Metro Rapid Ride corridor project.  

Rapid Ride is Seattle’s bus system; buses send signals to traffic lights so green lights stay green longer, or red lights switch to green faster. The systems have many advanced features including transit signal priority to help synchronise traffic lights with an approaching Rapid Ride bus, enabling the traffic signal controller to provide an effective transit priority response to buses that are behind schedule.    

“Traffic operations engineers from the City of Seattle and King County Metro closely studied the comprehensive transit priority module in the Peek ATC-1000 controller and determined that it was an appropriate choice for the project,” said Jon Meusch of Northwest Signal.

The ATC-1000 has built-in transit priority capabilities and utilises Peek’s GreenWave advanced controller software. According to Peek Traffic, it is the only controller software on the market that can run multiple traffic engines on the same platform, and switch between them without sending an intersection into flash mode. It has also demonstrated advanced capabilities in standards compliance and advanced data logging.
Urban Traffic Control

Related Content

  • GPS-based virtual detection zones improve bus travel times
    July 5, 2013
    San Antonio, Texas’ new Via Primo will be kept on schedule with minimal impact on individual traffic flow with the implementation of a GPS-based bus rapid transit system that allows the bus to automatically request a green light when it is behind schedule and approaching a busy intersection.
    Read More
  • Cubic’s cross-mode collaboration
    October 13, 2020
    The State of Yucatán saw the increasing need to build its transportation management infrastructure to aid Mérida’s quest to join the next generation of smart cities. Private vehicle traffic and bus transit are major components of Mérida’s transportation network and they realised the importance of giving transit signal priority and real-time passenger information to improve the traveller experience.
    Read More
  • Intelligent intersection control
    April 12, 2013
    Intelligent intersection control systems have a growing role to play in making urban traffic more efficient. Robin Meczes reports. The idea of every traffic light turning green as you approach it has long been a dream for many an urban driver – and none more so than those driving heavy goods vehicles (HGVs), which are slow and difficult to bring to a halt and then accelerate back to normal travel speed. But that dream has become a reality for some drivers in a small number of cities around Europe in the las
    Read More
  • Oriux’s solutions allow cities to manage traffic from anywhere
    October 13, 2020
    As we continue to live and work under the “new normal”, the use of mobile technologies has become more important than ever. Web-based systems have allowed us to perform our day-to-day tasks wherever we may be, without exposing ourselves to unnecessary risks.
    Read More

Highlighted Content