Sistema de Tren Eléctrico Urbano


The Sistema de Tren Eléctrico Urbano or SITEUR is an urban rail transit system serving the Guadalajara metropolitan area, in the municipalities of Guadalajara, Zapopan and Tlaquepaque, in the state of Jalisco, Mexico. It is owned and operated by the state of Jalisco.
Opened in 1989, the system consists of three lines: Line 1, running from north to south with 20 stations; Line 2, running from the city center to the east with 10 stations; and Line 3, running from the north-west to south-east with 18 stations. A fourth line is under construction, which will run from the city center to the south of the metropolitan area. It is, by far, the most widely used light rail system in North America, with an annual ridership of 168,605,000 passengers in 2024.
WWW siteur.gob.mx𝕏 SITEURJAL

History

The history of urban trains in Guadalajara dates back to the 19th century, with the first trams pulled by mules, serving a route between the Guadalajara Cathedral and the Templo de la Merced.
In 1974, several houses and streets in the city centre were demolished to make way for a new wide roadway, named Avenida Federalismo; the construction project included a new public-transport tunnel beneath the roadway. Avenida Federalismo replaced what had been C. Moro and is one of Guadalajara's major thoroughfares. The tunnel underneath the avenue was designed for future use by a rail system, but due to a lack of funding at the time, it was served initially by a new trolleybus system, which opened on December 15, 1976. Several years later, work began to convert the trolleybus tunnel and stations for use by a light rail line. The tunnel closed for trolleybuses in early 1988, and the first light rail line, Line 1, opened on September 1, 1989. Trolleybus service remained in operation on other routes.
A few years later, Line 2 was constructed, generally running east from the city center; it opened on July 1, 1994. Because of the continuing heavy traffic congestion on the city's streets and the large numbers of users of the rail system, there are plans to extend Line 2 to the west.
Line 1 runs underground in the city center, but runs "at grade" north and south of the city center, and its surface sections include several level crossings, protected by crossing gates. The station platforms accommodate trains composed of up to 3 cars. Line 2 is entirely underground except for a non-passenger section at its east end, connecting the last station to the maintenance facility. Its stations are long enough to accommodate trains of up to four cars.
Siemens supplied the system engineering, signaling and telecommunication, power supply, and some components of the vehicles.
Construction of Line 3 began at the end of 2014. The line includes a underground tunnel, flanked by two elevated segments: in the northwest Zapopan section and in the southeast Tlaquepaque section; the entire line serves 18 stations, 5 of which are in a tunnel. It crosses the full length of the city running northwest to southeast, from Zapopan in the northwest to Tlaquepaque and Tonalá, in the southeast, through the city center. In addition to the rolling stock, Alstom provided the communication, signalling, and traffic control systems for Line 3, which began operation on September 12, 2020.
In 2018, SITEUR added the Auditorio station to Line 1, which became the new northern terminus, and began lengthening Line 1 station platforms from to accommodate three-car train consists. Partial operation began with three-car trains in March 2019, and the platform extension project is expected to be complete by May 2019; other upgrades to train signaling and control are expected to be complete by July 2020. The TEG-90 fleet was updated with new motors and power converters.
Construction of Line 4 began on May 22, 2022, and the line is estimated to be completed by 2025. Line 4 run south from Guadalajara/Tlaquepaque to Tlajomulco along an existing railroad right-of-way. On December 15, 2025, line 4 of the SITEUR was inaugurated.

Lines

Line 1

Line 1 runs from north to south. It is long. Line 1 stations are:

Line 2

Line 2 runs from downtown to the east, and is long. Its stations are:

Line 3

Line 3 runs from Zapopan in the northwest to Tlaquepaque and Tonalá in the southeast. It's long, and its stations are:

Line 4

Line 4 runs from Guadalajara to the municipality of Tlajomulco. It is expected to be long. The planned stations are:
  • Las Juntas
  • Periférico Sur
  • Adolf Horn
  • Concepción del Valle
  • San Sebastián
  • La Fortuna
  • Centro Universitario
  • Tlajomulco Centro

Fleet

The fleet consists of 78 articulated light rail vehicles, each bi-directional and powered from overhead lines. They have a top speed of. Three of the models are the same general type – only the Barcelona Metro 9000 Series units, which operate on the Line 3, are different – three models were built in Mexico, and one model was built in Spain.
The first 16 TLG-88 cars were built by Concarril in Ciudad Sahagún, using propulsion equipment from Melmex. Another 32 TEG-90 cars were ordered in 1992 and were manufactured by Bombardier-Concarril SA, a subsidiary of Bombardier Transportation, which had acquired Concarril that year; the TEG-90 cars were built in the same factory as the earlier batch of TLG-88 cars. The first car was delivered in November 1993. The TEG-90 are cosmetically similar to the TLG-88 but use propulsion equipment from Siemens. Both the TLG-88 and TEG-90 are derived from the Stadtbahnwagen B design.
SITEUR ordered 18 Barcelona Metro 9000 Series from Alstom for Line 3 in 2014. The rolling stock for Line 3 uses three-car train consists and are equipped with air conditioning; trains can reach a peak speed of.
In 2015 SITEUR ordered 12 TEG-15 cars, also from Bombardier, for Line 1. The TEG-15 is based on the TE-12 design for Servicio de Transportes Eléctricos del Distrito Federal in Mexico City.
ModelImageManufacturerYear builtQuantityOperating lines
Concarril-Melmex (Mitsubishi)198816Line 2
Bombardier-Siemens1993–199432Lines 1 and 2
TEG-15Bombardier201512Line 1
Barcelona Metro 9000 SeriesAlstom201618Line 3