Skip to main content

Cubic to continue AFC support in Atlanta

Cubic Transportation Systems (CTS) has been awarded a $12.7 million, two-year contract extension from the Metropolitan Atlanta Rapid Transit Authority (MARTA) in the US to provide automated fare collection (AFC) maintenance services. The contract also includes options for an upgrade path to support future updates, which could increase the value to US$52 million if all options are exercised. CTS designed and delivered MARTA’s Breeze Card, a card-based AFC system that utilises Cubic’s smart card ticketing
October 28, 2016 Read time: 2 mins
378 Cubic Transportation Systems (CTS) has been awarded a $12.7 million, two-year contract extension from the Metropolitan Atlanta Rapid Transit Authority (MARTA) in the US to provide automated fare collection (AFC) maintenance services. The contract also includes options for an upgrade path to support future updates, which could increase the value to US$52 million if all options are exercised.

CTS designed and delivered MARTA’s Breeze Card, a card-based AFC system that utilises Cubic’s smart card ticketing technology, in 2006. Since then, Cubic has been providing maintenance and onsite support to MARTA and maintenance support to its regional partners: the Georgia Regional Transportation Authority (GRTA), Cobb and Gwinnett counties and the Atlanta Streetcar. The Breeze Card system currently generates more than 106 million rides annually.

Under the contract extension, CTS will continue to support MARTA and its regional partners with their AFC system. These services include first-line hardware support, corrective and preventive maintenance services, local infrastructure support, as well as software support and maintenance management.

Related Content

  • July 30, 2014
    Cubic awarded London ticketing contract
    Transport for London (TfL) has confirmed the award of its Electra ticketing and fare collection contract, starting in August 2015, to Cubic Corporation’s UK subsidiary Cubic Transportation Systems following a competitive tender. The seven-year contract is valued at over US$700 million and includes an option to extend the contract for a further three years, giving the contract an expected value of over US$1 billion. The announcement means the continuation of the partnership between TfL and Cubic which ha
  • December 17, 2013
    Cloud-based app paves way for near field ticketing
    Cubic latest introduction provides a short cut for transit authorities looking to offer travellers mobile, smart phone payment options. Transit operators wanting to provide travellers with a mobile fare payment option now have an ‘off-the-shelf’ solution in Cubic’s NextWave. Through the use of near field communications (NFC) technology, NextWave turns travellers’ mobile phones and tablets into the equivalent of a ticket vending machine able to instantly re-load contactless transit cards. It also enables the
  • November 20, 2015
    TransLink extends Cubic’s Brisbane ticketing contract
    Cubic Transportation Systems (CTS has signed a three-year contract extension with TransLink commencing in September 2016, to continue operating and maintaining the go card smart card system in Brisbane, Australia. The announcement continues the contract between TransLink and Cubic until September 2019. The contract between TransLink and Cubic began in 2003 with the award of the region’s first smart card-based integrated ticketing system and services for public transport in Southeast Queensland.
  • May 19, 2016
    Cubic’s Ventra system achieves one billion transactions in Chicago
    Cubic Transportation Systems’ (CTS) Ventra, the account-based open payment system launched in 2013 for the Chicago Transit Authority (CTA) and suburban bus operator Pace, has processed more than one billion account-based journeys. CTA, with daily ridership of 1.6 million journeys, is the first major transit system in North America to implement account-based open payment and is Cubic’s first large-scale deployment of its NextAccount technology. Ventra supports both account-based processing through an a