Skip to main content

SICE to implement public transit priority system for public transport in Spanish city

TESINGER, a company belonging to the Perteo Group, has awarded SICE the contract for the installation of a traffic signal priority system to reduce public transport delays at intersections in the city of Santander, Spain. The works are part of the Infrastructure Construction Project for the Metro-TUS implementation, the city’s new high speed bus service. SICE’s RBG1402-I2V Prioritisation and Geolocation System is an integrated solution enabling intelligent wireless communication between public transport veh
August 11, 2017 Read time: 2 mins
TESINGER, a company belonging to the Perteo Group, has awarded 6770 SICE the contract for the installation of a traffic signal priority system to reduce public transport delays at intersections in the city of Santander, Spain. The works are part of the Infrastructure Construction Project for the Metro-TUS implementation, the city’s new high speed bus service.


SICE’s RBG1402-I2V Prioritisation and Geolocation System is an integrated solution enabling intelligent wireless communication between public transport vehicles and traffic signal control elements with the aim of optimising vehicle traffic.

The system uses GPS geolocation to detect the exact location of municipal buses when they are near a traffic signal  and increases the green phase if the signal is about to turn red.

An on-board unit geotags the vehicle and sends a pass-through request at the same time as reporting the vehicle’s location, while a device installed in the traffic signal controller manages the request and set the priority. In addition, a ‘queue jump' system will be implemented at three traffic lights to ease the movement of buses to the bus lane from a conventional lane.

The contract also includes the set-up of new crosswalks with traffic lights in the streets of Alcalde Vega Lamera and Valdecilla Avenue.

SICE’s MFU3000 controller will be used for both the prioritisation system and the new traffic signals, allowing different priority levels being to be immediate or flexible depending on the vehicle that arrives at the intersection or the mobility policy in operation.

Related Content

  • June 6, 2014
    Glasgow’s new Operations Centre has a key role in city’s future
    David Crawford investigates a control centre with a future. Destined to play a central role in keeping the city and its transport running smoothly during the 2014 Commonwealth Games in July, the new Glasgow Operations Centre in Scotland’s largest urban centre formally went live earlier this year. The aim was to dry run its far-reaching integration of previously distinct core systems and familiarise the public with the initial phase of what will be a long-term post-event legacy. The centre brings together, i
  • April 19, 2012
    TransCore involved in two ITS New York awards
    TransCore has announced it participated in two winning projects announced at the ITS New York 18th Annual Meeting and Technology Exhibition. Of the six projects to receive awards, TransCore participated in the Outstanding Project of the Year in Traffic Control Systems for Integrated Adaptive Traffic Signal Control Decision Support and the Outstanding Project of the Year in Roadway Management for the New York State Thruway's Woodbury Toll Barrier - Highway Speed E-Z Pass system.
  • May 24, 2021
    Vitronic tests sensor tech in Hamburg
    Vitronic aims to improve VRU safety using V2X on German city's real-world 'test' track
  • October 12, 2020
    Iteris wins $6.9m contract in San Francisco
    Company is also to carry out traffic signal synchronisation project in Orange County