Skip to main content

INIT wins San Diego MTS contract

INIT Innovations in Transportation has signed a contract with San Diego Metropolitan Transit System (MTS) to equip 65 light rail vehicles with INIT’s advanced transportation technology.
January 31, 2012 Read time: 2 mins

511 INIT Innovations in Transportation has signed a contract with 1986 San Diego Metropolitan Transit System (MTS) to equip 65 light rail vehicles with INIT’s advanced transportation technology. The contract calls for the installation of company’s automatic passenger counting (APC) sensors, IRMA Basic, INIT’s on-board computers, CoPilotPC, and on the dispatch side, the statistics software, MobileStatistics. The light rail system operated by MTS is commonly called The Trolley. 

The new technology will give MTS the ability to better manage its light rail fleet and efficiently plan service making the most use of their resources. With an interface to an existing reporting tool (RideCheckPus), MTS will get statistical data in a user-friendly, full-colour, graphical report making the job of reporting passenger data even easier.

Besides the incomparable high counting accuracy of the INIT system, an important fact for MTS is that their drivers do not have to log on and off as they would with other system concepts.  Due to a sophisticated data matching software called “Data Validation Module (DVM)”, the recorded vehicle data is recorded based upon the GPS coordinates with the nominal route and scheduling data.  The data from the vehicle contains GPS data, passenger counting data and time-stamps.

The contract between San Diego MTS and INIT is worth 1.4 million dollars and includes the option of equipping an additional 14 light rail vehicles in the future.

Related Content

  • January 6, 2016
    Houston Metro upgrades time keeping and bid dispatch system
    The Metropolitan Transit Authority of Harris County Texas (Metro) selected Init to provide a state-of-the-art bidding, time-keeping and dispatching software solution (Mobile-Perdis), together with a link to a third party scheduling system, enabling it to streamline labour and time intensive tasks to better manage their nearly 1,600 vehicle operators. Using Mobile-Perdis, Metro will be able to meet their specific dispatching needs without extensive customisation. Driving and work rules will be arranged i
  • December 20, 2013
    Landmark contract wins for init
    German intelligent transportation systems supplier init has achieved contract wins in France and Finland. French local authority Le Grand Avignon has awarded the company a €5 million (US$6.7 million) contract for the supply and installation of a new control system for local public transport company TCRA (Transport en Commun de la Région d‘Avignon). The supplier will replace the existing control system and equip over 250 vehicles with the necessary hardware and software. Transport authorities in Turk
  • April 2, 2014
    Init wins e-fare system in Oregon
    In a project valued at more than US$14 million, integrated ITS and ticketing systems supplier Init is to implement a new e-fare/smart card payment system for the Tri-County Metropolitan Transportation District of Oregon (TriMet) in the US. TriMet provides bus, light rail, and commuter rail service in the Portland metro area; the new system will enable passengers to utilise contactless bank cards and mobile phones, offering more convenience and pricing equity. The contract comprises the delivery of a
  • February 8, 2018
    RIPTA partners with Init for electronic fare management project
    The Rhode Island Public Transportation Authority (RIPTA) has selected Init Innovations in Transportation (Init) to implement an account-based electronic fare and back-office revenue management system on their fixed route fleet of over 240 buses. The technology is designed with the intention of allowing passengers to board faster and have more convenient fare options. Additionally, RIPTA hopes to eventually transition most of its fare transactions to mobile, retail, web and agency-internal e-fare smartcar