Skip to main content

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.

Related Content

  • Do buses need subsidies in congestion charging areas
    June 20, 2016
    David Crawford takes a look at the debate surrounding bus subsidies. Subsidies for public transport are a well-known and frequently-used policy tool directed at reducing the high environmental and social costs of peak-period traffic congestion. But at the end of last year the Swedish Centre for Transport Studies published a working paper entitled ‘Should buses still be subsidised in Stockholm?’ This concluded that the subsidy levels currently being applied in Stockholm could be nearly halved by setting bus
  • Road safety systems on show at ITS World Congress
    January 30, 2012
    A vast array of new products and systems for aiding road safety were displayed at the ITS World Congress in October. David Crawford assesses a selection of safety initiatives exhibited in Orlando. Vital roles for ITS applications in road traffic safety emerge clearly from a new report from the US Transportation Safety Advancement Group. The report has been carried out for the Next Generation 911 What's Next Forum, which is preparing the way for future development of the US national 911 emergency single call
  • Managing Seattle’s congestion with Siemens intelligent software
    May 18, 2016
    The City of Seattle, Washington, is to implement Siemens’ Concert, an integrated traffic management platform that connects both Siemens and third-party systems across the city including traffic control centres, intersection controllers and parking guidance systems. The Concert platform will integrate Siemens’ TACTICS traffic control system as well as the city’s existing dynamic message sign management system the local travel time system and the Washington Department of Transportation (WSDOT) freeway sys
  • Cost Benefit: Utah traffic light scheme pays dividends
    March 15, 2019
    A traffic signal control scheme in Utah is being taken up by other US authorities. David Crawford finds out how the Beehive State is leading the way in DoT and driver savings Growing numbers of US state departments of transportation (DoTs) and their road users are gaining real financial benefits from an advanced approach to traffic signal monitoring recently developed in Utah. Central to the system is its use of automated traffic signal performance measures (ATSPM) technology, brought in to improve th