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Trams in Berlin
Trams in Berlin
from Wikipedia

The Berlin tramway (German: Straßenbahn Berlin) is the main tram system in Berlin, Germany. It is one of the oldest tram networks in the world, dating back to 1865[7] and is operated by Berliner Verkehrsbetriebe (BVG), which was founded in 1929.[7] It is notable for being the third-largest tram system in the world, after Melbourne and St. Petersburg.[8] Berlin's tram system is made up of 22 lines[1] that operate across a standard gauge network, with almost 800 stops and measuring almost 190 kilometres (120 mi) in route length and 430 kilometres (270 mi) in line length.[5] Nine of the lines, called Metrotram, operate 24 hours a day and are identified with the letter "M" before their number;[3] the other thirteen lines are regular city tram lines and are identified by just a line number.[4]

Key Information

Most of the current network is within the confines of the former East Berlin, as tram lines within West Berlin were replaced by buses during the division of Berlin. However, the first extension into West Berlin opened in 1994 on today's M13. In the eastern vicinity of the city there are also three private tram lines that are not part of the main system; the Potsdam tram system, with its own network of lines, is just to the south-west of Berlin.

History

[edit]

In 1865, a horse tramway was established in Berlin. In 1881, the world's first electric tram line was opened in the city. Numerous private and municipal operating companies constructed new routes, so by the end of the 19th century the network had developed quite rapidly, and the horse trams had been replaced by electric ones. By 1930, the network had a route length of over 630 km (391 mi) with more than 90 lines. In 1929, all operating companies were unified into the BVG. After World War II, BVG was divided into an eastern and a western company but was once again reunited in 1992, after the fall of East Germany. In West Berlin by 1967 the last tram lines had been shut down. With the exception of two lines constructed after German reunification, the Berlin tram continues to be limited to the eastern portion of Berlin.

Berlin horsebus

Horse buses

[edit]
Horse tram car of the Große Berliner Pferde-Eisenbahn, built in 1885

The public transport system of Berlin is the oldest one in Germany. In 1825, the first bus line from Brandenburger Tor to Charlottenburg was opened by Simon Kremser, already with a timetable.[9] The first bus service inside the city operated from 1840 between Alexanderplatz and Potsdamer Bahnhof. It was run by Israel Moses Henoch, who had run the cab service since 1815.[10][11] On 1 January 1847, the Koncessionierte Berliner Omnibus Compagnie (Concessionary Berlin Bus Company) started its first horse-bus line. The growing market witnessed the launch of numerous additional companies, with 36 bus companies in Berlin by 1864.

Horse trams

[edit]

On 22 June 1865, the opening of Berlin's first horse tramway marked the beginning of the age of trams in Germany, stretching from Brandenburger Tor along today's Straße des 17. Juni (17 June Road) to Charlottenburg. Two months later, on 28 August, it was extended along Dorotheenstraße to Kupfergraben near today's Museumsinsel (Museum Island), a terminus which is still in service today. Like the horse-bus, many companies took advantage of the new development and built horse-tram networks in all parts of today's urban area. In 1873, a route from Rosenthaler Platz to the Gesundbrunnen was opened, to be operated by the new Große Berliner Pferde-Eisenbahn (Great Berlin Horse Railway) which would later become the dominant company in Berlin under the name of Große Berliner Straßenbahn (GBS; Great Berlin Tramway).

Electrification

[edit]
Electric car of the GBS, built in 1901
Car of Berlin's last class with open platforms, built in 1907
Car of the same class, modernized in 1925

On 16 May 1881, the region of Berlin again made transport history. In the village of Groß-Lichterfelde, which was incorporated into Berlin-Steglitz 39 years later, Werner von Siemens opened the world's first electric tramway. The electric tram in Groß-Lichterfelde was built to 1,000 mm (3 ft 3+38 in) metre gauge and ran from today's suburban station, Lichterfelde Ost, to the cadet school on Zehlendorfer Straße (today Finckensteinallee). Initially, the route was intended merely as a testing facility. Siemens named it an "elevated line taken down from its pillars and girders" because he wanted to build a network of electric elevated lines in Berlin. But the skeptical town council did not allow him to do this until 1902, when the first elevated line opened.

The first tests of electric traction on Berlin's standard gauge began on 1 May 1882, with overhead supply and in 1886 with batteries, were not very successful. Electric traction of standard-gauge trams in Berlin was definitively established in 1895. The first tram line with an overhead track supply ran in an industrial area near Berlin-Gesundbrunnen station. The first line in a more inhabited area operated with batteries for its first year; a catenary was installed four years later. In 1902, electrification with overhead wiring had been completed, except for a very small number of lines on the periphery.

The last horse-drawn tram line closed in 1910.

Underground trams

[edit]

On 28 December 1899, it became possible to travel underground, even under the Spree, upon completion of the Spreetunnel between Stralau and Treptow. Owing to structural problems, it was closed on 25 February 1932. From 1916 to 1951, the tram had a second tunnel, the Lindentunnel, passing under the well-known boulevard Unter den Linden.

Great variety of companies until the formation of the BVG

[edit]

The history of tram companies of the Berlin Strassenbahn is very complicated. Besides the private companies, which often changed because of takeovers, mergers, and bankruptcies, the cities of Berlin, Spandau, Köpenick, Rixdorf; the villages Steglitz, Mariendorf, Britz, Niederschönhausen, Friedrichshagen, Heiligensee and Französisch Buchholz, and the Kreis Teltow (Teltow district) had municipal tram companies.

The most important private operating company was the Große Berliner Pferde-Eisenbahn (Great Berlin Horse Railway), which called itself Große Berliner Straßenbahn (GBS) (Great Berlin Tramway) after commencing electrification. GBS acquired nearly all of the other companies through the years. In 1920, the GBS merged with the municipal companies BESTAG and SSB to become the Berliner Straßenbahn (Berlin Tramway), which was reorganized in 1929 into the newly formed municipal Berliner Verkehrs-AG (BVG) (Berlin Transport Company). Besides the tramway, the BVG also took over the elevated and underground rail lines and the bus routes which were previously operated primarily by the Allgemeine Berliner Omnibus-Actien-Gesellschaft (ABOAG) (General Berlin Bus Corporation).

The following table includes all companies that operated tramways in today's Berlin before the formation of the BVG. The background color of each line marks the drive method which the respective company used to serve their lines at the time of the formation (blue = horse tram, yellow = steam tram, white = electric tram, red = benzole tram).

First line opened Operating company Gauge (mm) Takeover date Taken over by Special remarks
1865-06-22 Berliner Pferde-Eisenbahn-Gesellschaft (BPfEG) 1,435 1894-09-26 BChS first horse tram in Germany
1871-11-01 Westend-Terrain-Gesellschaft H. Quistorp & Co. 1,435 1878 BPfEG
1873-07-08 Große Berliner Pferde-Eisenbahn (GBPfE) 1,435 1898-01-25 GBS
1877-01-01 Neue Berliner Pferdebahn-Gesellschaft (NBPfG) 1,435 1900-01-01 GBS
1879-04-01 Große Internationale Pferde-Eisenbahn-Gesellschaft (GIPfEG) 1,435 1886 GBPfE founded already in March 1872
1881-05-16 Elektrische Straßenbahn der Gemeinde Groß-Lichterfelde 1,000 1895-03-04 ESGLSS Germany's first electric tramway
1882-10-18 Cöpenicker Pferde-Eisenbahn (CPE) 1,435 1903 SSC
1885-06-13 Pferde-Eisenbahn der Gemeinde Rixdorf 1,435 1887-01-01 GBPfE
1886-05-05 Davy, Donath & Co. 1,435 1888-12-22 BDK
1887-08-06 Pferde-Eisenbahn der Gemeinde Mariendorf 1,435 1888-01-01 GBPfE
1888-05-18 Wilmersdorf-Schmargendorfer Dampfstraßenbahn Reymer & Masch (WSD) 1,435 1888-12-22 BDK
1888-07-01 Dampfstraßenbahn Groß-Lichterfelde – SeehofTeltow 1,435 1891-05-31 DLSTS
1888-12-22 Berliner Dampfstraßenbahn-Konsortium (BDK) 1,435 1898-10-01 WBV also operated some horse trams
1891-05-17 Straßenbahn Friedrichshagen 1,000 1906-12-16 SSC in 1894 taken over by the village, electrificated and regauged to standard gauge as of the takeover by SSC
1891-05-31 Dampfstraßenbahn Groß-Lichterfelde – Seehof – Teltow – Stahnsdorf 1,435 1906-04-01 TKb
1891-06-04 Pferdebahn Tegeler Chaussee – Tegel 1,435 1891-06-04 GBPfE
1891-08-01 Pferde-Eisenbahn der Gemeinde Britz 1,435 1891-08-01 GBPfE
1892-06-05 Spandauer Straßenbahn Simmel, Matzky & Müller (SpS) 1,000 1920-12-08 Berliner Straßenbahn on 1894-09-01 management taken over by Allgemeine Deutsche Kleinbahn-Gesellschaft (ADKG), electrification finished on 1896-03-18, from 1899-03-04 management by AEG, regauged to standard gauge on 1907-10-26, bought by the city of Spandau on 1909-07-01
1892-07-01 Pferde-Eisenbahn der Gemeinde Niederschönhausen 1,435 1892-07-01 GBS
1894-09-26 Berlin-Charlottenburger Straßenbahn (BChS) 1,435 1919-05-15 GBS electrification finished on 1900-10-01
1895-03-04 Elektrische Straßenbahnen Groß-Lichterfelde – Lankwitz – Steglitz – Südende (ESGLSS) 1,000 1906-04-01 TKb
1895-09-10 Siemens & Halske 1,435 1899-07-01 BESTAG
1898-01-25 Große Berliner Straßenbahn (GBS) 1,435 1920-10-01 Berliner Straßenbahn electrification finished on 1902-12-15, bought by the Zweckverband Groß-Berlin on 1909-09-20
1898-10-01 Westliche Berliner Vorortbahn (WBV) 1,435 1919-05-15 GBS also operated some horse trams, electrification finished on 1900-06-19
1899-07-01 Berliner Elektrische Straßenbahn-AG (BESTAG) 1,435 1920-12-01 Berliner Straßenbahn
1899-07-01 Südliche Berliner Vorortbahn 1,435 1919-05-15 GBS
1899-10-21 Straßenbahn Berlin-Hohenschönhausen 1,435 1906-12-10 NBSNO
1899-12-18 Gesellschaft für den Bau von Untergrundbahnen (Straßenbahn Schlesischer Bahnhof – Treptow) (SST) 1,435 1909-06-22 Berliner Ostbahnen opened the Spreetunnel
1901-08-15 Straßenbahn Niederschöneweide – Cöpenick (SNC) 1,435 1909-06-22 Berliner Ostbahnen
1901-10-01 Gesellschaft für elektrische Hoch- und Untergrundbahnen in Berlin (tramway line Warschauer Brücke-Zentralviehhof) 1,435 1928-04-01 BSBG on 1910-01-01 tram line was sold to SSB, instead of it opening of a new tram line from Warschauer Brücke to Scharnweber-/Gürtelstraße, later extended to Wagnerplatz (today Roedeliusplatz) in Lichtenberg
1903 Städtische Straßenbahn Cöpenick (SSC) 1,435 1920-10-01 GBS
1904–07 Pferde-Eisenbahn der Gemeinde Französisch-Buchholz 1,435 1907-12-19 BESTAG electrification as of takeover by BESTAG
1905-12-03 Straßenbahn der Gemeinde Steglitz 1,435 1921-04-16 Berliner Straßenbahn
1906-04-01 Teltower Kreisbahnen (TKb) 1,000/1,435 1921-04-16 Berliner Straßenbahn steam tram of DLSTS was electrificated on 1907-03-30
1906-12-10 Neue Berliner Straßenbahn Nordost (NBSNO) 1,435 1910-05-03 NÖBV
1908-03-23 Elektrische Straßenbahn Spandau-Nonnendamm 1,435 1914-10-01 SpS founded by Siemens & Halske
1908-07-01 Städtische Straßenbahnen Berlin (SSB) 1,435 1920-10-01 Berliner Straßenbahn
1909-06-22 Berliner Ostbahnen 1,435 1920-05-01 GBS
1910-05-03 Nordöstliche Berliner Vorortbahn (NÖBV) 1,435 1919-05-15 GBS
1910-08-07 Straßenbahn des Flugplatzes Johannisthal 1,435 1910-10 service suspended last horse tram in Berlin
1912-03-09 Schmöckwitz-Grünauer Uferbahn 1,435 1924-08 Berliner Verkehrs-GmbH electrification finished on 1912-07-23
1913-05-29 Straßenbahn der Gemeinde Heiligensee an der Havel 1,435 1920-10-01 Berliner Straßenbahn
1920-10-01 Berliner Straßenbahn 1,000/1,435 1923-09-10 BSBG meter gauge routes are of former TKb
1923-01-08 Kleinbahn Spandau-West – Hennigsdorf 1,435 1929-01-01 BVG electrification later by BVG
1923-09-10 Berliner Straßenbahn-Betriebs-GmbH (BSBG) 1,000/1,435 1929-01-01 BVG meter gauge routes are of former TKb
1924-08 Berliner Verkehrs-GmbH 1,435 1925-03-01 BSBG

On the day of its formation, the BVG had 89 tram lines: a network of 634 km (394 mi) in length, over 4,000 tramway cars, and more than 14,400 employees. An average tram car ran over 42,500 km (26,400 mi) per year. The Berlin tram system had more than 929 million passengers in 1929, at which point, the BVG already had increased its service to 93 tram lines.

In the early 1930s, the Berlin tram network began to decline; after partial closing of the world's first electric tram in 1930, on 31 October 1934, Germany's oldest tram line followed. The Straße des 17. Juni, formerly the Charlottenburger Chaussee, was rebuilt by Nazi planners following a monumental east–west-Axis, and the tramway had to leave. In 1938, however, there were still 71 tram lines, 2,800 tram cars and about 12,500 employees. Consequently, the bus network was extended during this time. From 1933, Berlin also had trolley buses.

During World War II, some transport tasks were given back to the tramway to save oil. Thus an extensive transport of goods was established. Bombings (from March 1943 on) and the lack of personnel and electricity caused the transportation performance to decline. Due to the final Battle for Berlin, the tram system finally collapsed on 23 April 1945. Prior to the battle, many destroyed and gutted trams were turned into makeshift roadblocks (being pushed by civilians/Volkssturm militia) into the middle of streets and mostly filled with piles of building rubble to serve as solid obstacles) through major roads in the city to halt the advance of Soviet tanks and vehicles invading Berlin.[12]

The network since 1945

[edit]
BVG class TM36, built in 1927, sometimes ran out of control, due to its innovative controlling system

The BVG was—like most other Berlin institutions—split into two different companies on 1 August 1949. Two separate companies were formed, the BVG West in the three western sections (with 36 tram lines) and the BVG Ost (Berlin Public Transit Authority East) (with 13 lines) in the Soviet sector. The latter became in 1969 the VEB Kombinat Berliner Verkehrsbetriebe (BVB). On 14 October 1950, traffic on the lines from West Berlin to the Brandenburgian suburbs Kleinmachnow and Schönefeld ceased; on 15 January 1953, traffic over the downtown sector border followed.

From 1949 to 1955, line by line, both companies replaced the Thomson-Houston type trolley poles of their tramcars with pantographs.

West

[edit]
Articulated Tatra KT4D tramcar of the BVB, built 1980

From 1954 onwards, a shift took place with the public transit plans for West Berlin. From that moment, planning aimed at discontinuing the tram service and replacing it with extended underground and bus lines. The tramway system was considered old-fashioned and unnecessary since Berlin already had a well-developed underground network. From 1954 to 1962 numerous tram lines were replaced with bus routes and extended underground lines and stops. By 1962, the western part of the city had only 18 tram lines left out of the original 36.

On 2 October 1967 the final tramcar traveled through West Berlin over the last line, numbered 55—from Zoo Station via Ernst-Reuter-Square, the City Hall in Charlottenburg, Jungfernheide S-Bahn station, Siemensdamm, Nonnendammallee, Falkenseer Platz, and Neuendorfer Allee to Spandau, Hakenfelde.

Today, many MetroBus lines follow the routes of former tram lines.

The division of the city resulted in many problems and difficulties for the public transportation system. Tram lines could no longer operate through the city center, and the main tram depot was moved to Uferstraße in Western Berlin.

List of West Berlin trams from 1949 to 1967[13]
Line Stretch Withdrawn Replaced by Current lines
(2014)
2 Bernauer Straße, Sektorengrenze – Schöneberg, Gotenstraße Ecke Torgauer Straße 1964-06-01 A84, A90 245, M10***
3* U Fehrbelliner Platz – Grüntaler Straße Ecke Osloer Straße 1964-08-01 A89 U7, M13***, 104, 106
6 Charlottenburg, Richard-Wagner-Platz – Neukölln, Elsenstraße /Ecke Heidelberger Straße 1961-07-01 A73 M46
15 Marienfelde, Daimlerstraße – Neukölln, Schulenburgpark 1966-07-01 A77 246, 277
21 Straßenbahnhof Moabit, Wiebestraße – Kreuzberg, Friesenstraße 1953-01-22 A24 TXL, M41, 248
23* Moabit, Zwinglistraße – Wollankstraße, Sektorengrenze 1960-05-02 A70 M27
24* Bernauer Straße, Sektorengrenze – Wollankstraße, Sektorengrenze 1960-05-02 no replacement no replacement
25 Schöneberg, Gotenstraße – Bernauer Straße, Sektorengrenze 1961-09-01 U9, A64 U9, 106, 247
26 Spreewaldplatz – Tempelhof, Industriestraße 1963-09-29 no replacement U7, M29, 277
27 Spreewaldplatz – Buckow, Alt-Buckow 1964-10-01 A91 M44, 344
28 Bahnhof Gesundbrunnen, Rügener Straße – Tegelort, Almazeile 1958-06-01 U6, verl. A20 U6, 222
29 Bahnhof Gesundbrunnen, Rügener Straße – Alt-Heiligensee 1958-06-01 U6, verl. A14 U6, 124
35** Gartenfeld – Kopenhagener Straße, Sektorengrenze 1960-10-01 A72 U7, X33, M27, 327
36** Kopenhagener Straße, Sektorengrenze – Bahnhof Gesundbrunnen, Rügener Straße 1960-05-02 A71 327
40 Dahlem, Clayallee – Steglitz, Birkbuschstraße 1959-10-01 A68 X83, 186
41 Bernauer Straße, Sektorengrenze – Alt-Tegel 1958-06-01 A61 U6, U8, 122
44 Invalidenstraße Ecke Heidestraße – Steglitz, Birkbuschstraße 1963-05-02 A86 U7, 186, 245
47 Britz, Gradestraße – Rudow, Stadtgrenze 1966-10-01 A41 171
51 Bahnhof Zoologischer Garten – Roseneck 1957-05-01 A60 249
53 Charlottenburg, Richard-Wagner-Platz – Spandau, Hakenfelde 1967-05-02 A56 136, M45
54 Charlottenburg, Richard-Wagner-Platz – Spandau, Johannesstift 1967-05-02 A54, AS1 M45
55 Bahnhof Zoologischer Garten – Spandau, Hakenfelde (via Siemensstadt) 1967-10-02 A55 U7, 136, 139
57 Wilmersdorf, Emser Platz – Grunewald, Roseneck 1954-11-01 A50 115
60 Schöneberg, Lindenhof – Charlottenburg, Königin-Elisabeth-Straße 1962-05-02 A74 U7, 309, 106
66 Schöneberg, Wartburgplatz – Steglitz, Thorwaldsenstraße 1963-05-02 A83 187
68 Bahnhof Wedding, Nettelbeckplatz – Bahnhof Wittenau (Nordbahn) 1958-06-01 A62 M21, X21
73* Potsdamer Platz, Sektorengrenze – Bahnhof Lichterfelde Ost 1962-05-02 A48,
verl. A53
M48, M85, M11
74* Potsdamer Platz, Sektorengrenze – Lichterfelde, Finckensteinallee 1963-05-02 A83, A84 M48, M85, 184
75 Bahnhof Zoologischer Garten – Spandau, Hakenfelde (via Kantstraße) 1966-01-24 A94, A97 X34, X49, 136, M49
76 (I) Grunewald, Roseneck – Anhalter Bahnhof 1954-07-01 A19 M19
76 (II) Bahnhof Zoologischer Garten – Spandau, Johannisstift (ab 1959) 1966-01-24 A94, A97 X34, X49, M45, M49
77 Bahnhof Zoologischer Garten – Lichterfelde, Goerzallee 1963-05-02 A85 U9, M85, 188, 285, M46
78 Bahnhof Zoologischer Garten – Lichterfelde Süd, Lindenstraße 1963-05-02 A85 U9, M85, 188, 285, M46
79 Grunewald, Hagenplatz – U Nollendorfplatz 1954-07-01 A29 M29
88 Kreuzberg, Wiener Brücke – Steglitz, Stadtpark 1961-03-01 A75 M29, M48/M85, 246, 181
94 Oranienplatz – Neukölln, Schulenburgplatz 1959-10-01 A67 M41
95* Sonnenallee Ecke Schwarzer Weg – Mehringplatz 1965-05-02 A95 M41
96* U Mehringdamm – Lichterfelde, Goerzallee Ecke Darser Straße 1966-05-02 A96 117, 184, 248
98 U Tempelhof – Marienfelde, Daimlerstraße 1961-10-01 A77 U6, 277
99 U Tempelhof – Bahnhof Lichtenrade 1961-10-01 A76 U6, M76, X76
* former BVG-West/BVG-Ost before 1953-01-15
** former BVG-West/BVG-Ost before 1953-01-15 (but only belongs to BVG-West)
*** after reunification it was reopened
Some of the former routes are no longer usable.

East

[edit]
Tram in East Berlin, 1977

Soviet Moscow, with its tram-free avenues, was the role model for East Berlin's transport planning. The car-oriented mentality of West Berlin also spread in the East, with many tram lines also closing in the latter in the 1950s and 1960s. In 1967, the lines through the city center closed down at the same time as the new city expansion around Alexanderplatz was starting to develop.

However, a complete elimination of the city's tram network was neither planned nor even discussed.

The following streets were constructed in order to connect the new housing estates Marzahn, Hohenschönhausen, and finally Hellersdorf to the city's tram network from the late 1970s to the early 1990s:

Date Streets
1951-08-02 Ehrlichstraße, Blockdammweg
1951-08-02 Buschallee (zw. Kniprodeallee [heute Hansastraße] und Suermondtstraße), Suermondtstraße
1951-08-02 Markgrafendamm, Hauptstraße (zw. Markgrafendamm und Karlshorster Straße)
1953-02-15 Groß-Berliner Damm
1953-06-13 Falkenberger Straße (heute Gehrenseestraße, Gartenstadt Hohenschönhausen)
1954-05-17 Friedenstraße, Friedrichsberger Straße, Lebuser Straße
1962-01-28 S-Bahnhof Adlershof (Westseite)
1965-12-14 Langhansstraße (zw. Gustav-Adolf-Straße und Prenzlauer Promenade)
1966-05-18 Stralauer Platz
1966-08-01 Holzmarktstraße (zw. Krautstraße und Andreasstraße)
1966-09-16 Stahlheimer Straße (zw. Wichertstraße und Wisbyer Straße)
1966-12-12 Mollstraße (zw. Leninplatz [heute Platz der Vereinten Nationen] und Hans-Beimler-Straße [heute Otto-Braun-Straße])
1967-01-02 Mollstraße (zw. Hans-Beimler-Straße [heute Otto-Braun-Straße] und Prenzlauer Allee)
1971-11-14 Bleicheroder Straße, Stiftweg
1975-11-02 Herzbergstraße (ab Siegfriedstraße), Allee der Kosmonauten (bis Rhinstraße), Rhinstraße (zw. Allee der Kosmonauten und Straße der Befreiung [heute Alt-Friedrichsfelde])
1979-04-06 Allee der Kosmonauten (zw. Rhinstraße und Schleife Elisabethstraße)
1980-03-17 Altenhofer Straße, Leninallee (heute Landsberger Allee), S-Bahnhof Marzahn
1982-10-06 Marzahner Promenade, Bruno-Leuschner-Straße (heute Raoul-Wallenberg-Straße), Allee der Kosmonauten (zw. Leninallee [heute Landsberger Straße] und Schleife Elisabethstraße), Trasse Lea-Grundig-Straße/Max-Hermannstraße/Trusetaler Straße (bis Schleife Henneckestraße)
1984-12-21 Wartenberger Straße, Rüdickenstraße, Zingster Straße
1985-04-01 Rhinstraße (zw. Hauptstraße und Allee der Kosmonauten)
1985-04-01 Leninallee (heute Landsberger Alle, zw. Allee der Kosmonauten und Betriebshof Marzahn)
1986-10-06 Schleife Henneckestraße bis Schleife Ahrensfelde
1987-08-10 Kniprodeallee, Falkenberger Chaussee (bis Prerower Platz)
1988-08-20 Falkenberger Chaussee (zw. Prerower Platz und Schleife Falkenberg)

Some streets were closed, especially those too close to the Berlin Wall:

Date Streets
1950-10-14 Waltersdorfer Chaussee, Mittelstraße (Schönefeld)
1951-03-19 Königstraße, Spandauer Straße (zw. Königstraße und Molkenmarkt), Schloßplatz, Werderstraße, Französische Straße (bis Charlottenstraße, Lindentunnel, Oberwallstraße, Jerusalemer Straße)
1952-01-02 Elsenstraße (zw. Plesser Straße und Heidelberger Straße)
1952-03-03 Stalinallee (zw. Andreasstraße und Jacobystraße)
1952-06-16 Charlottenstraße (zw. Unter den Linden und Clara-Zetkin-Straße)
1953-01-16 Ebertstraße (zw. Potsdamer Platz und Clara-Zetkin-Straße)
1953-01-16 Breite Straße (Mitte)
1953-01-16 Wollankstraße (zw. Sektorengrenze und Breite Straße (Pankow))
1953-01-16 Kopenhagener Straße, Hauptstraße (zw. Sektorengrenze und Wilhelmsruh (Pankow))
1953-01-16 Bornholmer Straße (zw. Sektorengrenze und Björnsonstraße)
1953-03-27 Rosenfelder Straße, Irenenstraße, Weitlingstraße, Lückstraße, Nöldnerstraße, Stadthausstraße, Türrschmidtstraße
1956-01-11 Kommandantenstraße, Beuthstraße
1957-06-25 Bulgarische Straße (bis Alt-Treptow)
1959-06-05 Groß-Berliner Damm
1959-08-30 Alt-Stralau, Tunnelstraße
1959-11-13 Bulgarische Straße (zw. Alt-Treptow und Köpenicker Landstraße)
1960-08-01 Puschkinallee, Am Treptower Park (zw. Puschkinallee und Elsenstraße)
1961-08-13 Clara-Zetkin-Straße (zw. Ebertstraße und Planckstraße), Ebertstraße (zw. Brandenburger Tor und Reichstagufer)
1961-08-13 Oberbaumbrücke
1961-08-23 Heinrich-Heine-Straße (zw. Dresdner Straße und Schmidstraße)
1961-09-19 Köpenicker Straße (zw. Schillingbrücke und Brückenstraße)
1962-01-28 Adlergestell (zw. Dörpfeldstraße und Köpenicker Straße)
1962-08-03 Elisabethstraße, Karl-Marx-Allee (zw. Elisabethstraße und Leninallee)
1965-01-07 Hannoversche Straße
1965-12-14 Gustav-Adolf-Straße (zw. Langhansstraße und Prenzlauer Promenade)
1966-04-01 Idastraße, Wackenbergstraße, Buchholzer Straße, Blankenburger Straße
1966-05-18 Fruchtstraße (zw. Mühlendamm und Am Ostbahnhof)
1966-07-04 Breslauer Straße (zw. Andreasstraße und Krautstraße)
1966-08-25 Heinrich-Heine-Straße (zw. Schmidstraße und Köpenicker Straße)
1966-09-16 Krügerstraße, Wichertstraße (zw. Stahlheimer Straße und Gudvanger Straße), Gudvanger Straße (zw. Wichertstraße und Krügerstraße)
1966-10-10 Jacobystraße, Kleine Frankfurter Straße, Leninallee (zw. Alexanderplatz und Leninplatz)
1966-10-10 Am Ostbahnhof (zw. Fruchtstraße und Andreasstraße)
1966-10-20 Charlottenstraße, Taubenstraße (Wendeschleife)
1966-12-19 Prenzlauer Straße, Hans-Beimler-Straße (zw. Alexanderplatz und Mollstraße), Weinmeisterstraße, Jüdenstraße (Wendeschleife)
1967-01-20 Münzstraße, Memhardstraße, Alexanderplatz, Alexanderstraße (zw. Alexanderplatz und Wallnerstraße)
1967-12-12 Stralauer Allee, Markgrafendamm
1968-10-19 Wallnerstraße, Raupachstraße (Wendeschleife), Alexanderstraße (zw. Wallnerstraße und Holzmarktstraße)
1969-07-01 Dönhoffplatz (Wendeschleife)
1969-07-01 Stralauer Platz, Mühlenstraße, Warschauer Straße (zw. Mühlenstraße und Helsingforser Platz)
1969-10-13 Karlshorster Straße, Stubenrauchbrücke
1970-08-24 Leipziger Straße, Spittelmarkt, Wallstraße, Inselstraße, Köpenicker Straße (zw. Inselstraße und Brückenstraße), Brückenstraße, Jannowitzbrücke, Holzmarktstraße, Andreasstraße, Lebuser Straße, Friedrichsberger Straße, Friedenstraße
1971-04-01 Baumschulenstraße, Hasselwerderstraße, Schnellerstraße (zw. Hasselwerderstraße und Bruno-Bürgel-Weg), Bruno-Bürgel-Weg
1971-11-08 Damerowstraße
1973-07-14 Wiener Brücke (Wendeschleife), Karl-Kunger-Straße, Plesser Straße, Elsenstraße, Am Treptower Park (zw. Elsenstraße und Bulgarische Straße), Köpenicker Landstraße, Schnellerstraße (zw. Köpenicker Landstraße und Brückenstraße), Wendeschleife S-Bahnhof Schöneweide
1975-11-01 Straße der Befreiung
1983-03-01 Falkenberger Straße, Arnimstraße

After reunification

[edit]
Double-end "GT6N-ZR.2" trams in BVG yellow

In 1992, the West Berlin transport company BVG took over East Berlin's BVB. (In addition to bus and U-Bahn lines, the new BVG also ran the trams, by now only operating in the former East Berlin districts).

There was an attempt to shut down the tram routes running to Pankow, because the trams in Schönhauser Allee run parallel to the U2 line, though the latter does not run to Rosenthal. However, in line with other tram networks expanding at that time, plans for network expansions were soon made - some of those across the now-abolished border into West-Berlin.

In 1995, the first stretch of the tram route along Bornholmer Straße was opened to the west in two stages. The Rudolf-Virchow-Klinikum and the metro stations located in Seestraße, Wedding, and Osloer Straße in Gesundbrunnen have since re-connected to the tram network.

Since 1997, the tram has stopped right at Friedrichstraße station. Previously, passengers changing between modes of transport here had to take a long walk to get to the restored train station. Since then, trams have terminated along the reversing loop "Am Kupfergraben" near Humboldt University and Museum Island.

The following year saw the re-opening of tram facilities at Alexanderplatz. These routes now arrive directly from the intersection with Otto-Braun-Straße across the square, stopping both at the U2 underground station and the overground station for regional and commuter trains, where there is a direct interchange to the U5 and U8 lines. An increase in tram accidents in pedestrian zones was feared by critics but did not materialize.

In 2000, the tram tracks were extended from the previous terminus at Revalerstraße, past the Warschauer Straße S-Bahn station to the U-Bahn station of the same name. Since there is no room for a return loop, a blunt ending track was built. In order to accomplish this, bi-directional vehicles were procured. However, the tracks, which were further extended in 1995 to the Oberbaumbrücke, have not yet been expanded to Hermannplatz, as had been planned.

Since 2000, the tram in Pankow has run beyond the previous terminus Pankow Kirche on to Guyotstraße, connecting the local development areas to the network.

On 12 December 2004, BVG introduced the BVG 2005 plus transport concept. The main focus was the introduction of Metrotram or Metrobus lines on very busy routes which have no U-Bahn or S-Bahn lines. On the tram network, therefore, nine MetroTram lines were introduced and the remaining lines were partially rearranged. The numbering scheme is based on that from 1993, but has undergone minor adjustments. MetroTram and MetroBus lines have an "M" in front of the line number.

Single MetroTram/MetroBus lines operate on the main radial network. As a rule, the line number corresponds to that of 1993: the M4 from lines 2, 3, and 4, the M5 from line 5, and so on. In addition, the two Pankow lines 52 and 53 were included as line M1 in the scheme. The supplementary lines of these radials continue to be numbered from 10 to 19, unless they augment the respective metro service. Metro services of the ring and tangential net received a number in the range 10–19; the supplementary lines retained a number in the range of 20–29. An exception is the subsequently established line 37, which, together with lines M17 and 27, travels a common route. Of the lines numbered 50–59 the only one remaining was the 50; the lines numbered 60–69 remained largely unaffected by the measures. The then-new lines operated as follows:

  • M1: Niederschönhausen, Schillerstraße and Rosenthal to Mitte, Am Kupfergraben (replacing 52 and 53)
  • M2: Heinersdorf to Hackescher Markt
  • M4: Hohenschönhausen, Zingster Straße to Hackescher Markt
  • M5: Hohenschönhausen, Zingster Straße to Hackescher Markt
  • M6: Hellersdorf, Riesaer Straße to Schwartzkopffstraße
  • M8: Ahrensfelde to Schwartzkopffstraße
  • M10: Prenzlauer Berg, Eberswalder Straße to Warschauer Straße (replacing 20)
  • M13: Wedding, Virchow Klinikum to Warschauer Straße (replacing 23)
  • M17: Falkenberg to Schöneweide

Termini in italics above have been subject to change, further information about the current termini is given below.

In 2006, a second line was opened in the western part of the city, and the M10 line was extended beyond its former terminus Eberswalderstraße [de] along Bernauer Straße in Gesundbrunnen to Berlin Nordbahnhof in the district of Mitte, before being further extended to Berlin Hauptbahnhof in 2015.

In May 2007, a new line from Prenzlauer Tor [de] along Karl-Liebknecht-Straße towards Alexanderplatz was put into operation, where the line M2 leads directly to the urban and regional train station instead of the current service via Rosa-Luxemburg-Platz to Hackescher Markt. The previous route along Alt and Neu Schönhauser Straße no longer carries regular services but operates only as a feeder line.

On 4 September 2011, a one-and-a-half-kilometer-long new line from the Adlershof S-Bahn station was opened. It runs from the Adlershof science and business hub (WISTA) to the provisional terminus provisional terminus Karl-Ziegler-Straße [Wikidata] at the Adlershof campus of the Humboldt University of Berlin. The route, with three newly built stops, cost 13 million euros and was first serviced by lines 60 and 61 at overlapping 10-minute intervals. Since 13 December 2015, line 63 has run to Karl Ziegler Street, replacing line 60. The connection was originally planned for completion in 1999. However, the plan approval procedure was only completed in 2002. Shortly before the plan approval decision expired after five years, the project was approved on 9 August 2007, and soon after the first masts for the overhead line were set up. It was expected to carry 9,000 passengers per workday. On 31 October 2021, it was again extended from Karl-Ziegler Straße, via Landschaftspark Johannisthal [de] to Schöneweide [de] via the Groß-Berliner Damm [de].

There are also some minor closures:

Closures from 1990
Date Streets
1993-01-01 S-Bahnhof Adlershof/Köpenicker Straße, Köpenicker Straße [de], Grünauer Straße [de], Am Falkenberg
1993-05-23 Hauptstraße [de] (before Karlshorster Straße)
1997-12-20 Am Weidendamm (between Friedrichstraße and Planckstraße), Planckstraße [Wikidata] (between Am Weidendamm and Georgenstraße)
2000-09-29 Französisch Buchholz: (Parkstraße, Elfenallee, Gravensteinstraße (reversing loop), Grünstraße)
2007-05-30 Alte Schönhauser Straße, Neue Schönhauser Straße (still exists as operational route)
2013-08-26 Chausseestraße (between Invalidenstraße and Wöhlertstraße [de]), Schwartzkopffstraße [de], Pflugstraße [de], Wöhlertstraße [de]

Towards the Hauptbahnhof

[edit]

At the timetable change on 14 December 2014, a new tram line was opened from Naturkundemuseum to Hauptbahnhof via Invalidenstraße, with the final stop at Lüneburger Straße in the district of Alt-Moabit. The double-track line is 2.3 kilometers long to the main station, and new stops have been built on the Chausseestraße, the Invalidenpark and the Hauptbahnhof. This is followed by the 1.1 km single track block bypass that has three stops at Lesser-Ury-Weg, Lueneburger Straße and Clara Jaschke-Straße, as well as the installation area. The planned opening date has already been postponed several times. Originally planned to complete in 2002. However, the plan was caught by the Administrative Court in 2004 and revised to either 2006 and 2007. However, the first 80 metres of the track has already been built during the construction of Berlin Hauptbahnhof.[14]

A new approval procedure was completed on 15 January 2010. In April 2011, the preparatory construction work had begun. The Ministry of Transport revised the 50 metres of the length, a two-meter-wide strip of garden to the state of Berlin to provide enough space for all road users. In the course of the work on the new line sector, the line branch along, Chausseestraße (between Invalidenstraße and Wöhlertstraße), Schwartzkopffstraße, Pflugstraße, Wöhlertstraße was permanently closed on 26 August 2013. The commissioning of the new line was initially only with the line M5. With the restoration of the connection from the Nordbahnhof to the underground station Naturkundemuseum, the new line from 28 August 2015 could also be used by the lines M8 and M10.[15]

Increasing the supply voltage

[edit]

In 2023 work on increasing the supply voltage from 600 V to 750 V was completed.[16]

Lines

[edit]
Map as of 2009

The first horse-drawn tramlines did not use any special labeling as they were radially inferior from the respective endpoints in the center and thus had few points of contact with other lines. Only with the expansion of the network into the city center was there a need to distinguish the lines from each other. From the 1880s, most major German cities therefore used colored target signs or signal boards, sometimes both together. In Berlin, these were always kept in the same combination. As identification colors red, yellow, green and white were used, from 1898 additionally blue. The panels were one or two colors, the latter either half / half divided or in thirds with a line in the second color. However, the number of signal panels used was not sufficient to equip each line with its own color code. In addition, crossing or side by side lines should run with different signal panels. This meant that individual lines had to change their color code several times in the course of their existence. As a result of the electrification and the takeover of the New Berlin Horse Ride by the Great Berlin Horse Railways / Great Berlin Tram (GBPfE / GBS) increased their number of lines at the turn of the century abruptly. With a view of the Hamburg tram, where in the summer of 1900 for the first time in German-speaking countries line numbers were introduced, experimented the GBS from 1901 also with the numbers. In the timetables of this time, the lines were numbered, but could change their order every year. The numbering scheme should include not only the GBS but also its secondary lines. At the same time, letter-number combinations as they appeared in the timetable booklet should be avoided.

The scheme introduced on 6 May 1902 was relatively simple: single numbers were reserved for the ring lines, two-digit for the remaining lines. Initially, the tens gave information about where the line was going; 10 lines were to be found in Moabit, 60 lines in Weissensee and 70 lines in Lichtenberg. The lines of the West Berlin suburban railway were assigned the letters A to M, the Berlin-Charlottenburg tram the letters N to Z and the lines of the Southern Berlin suburban railway were numbered with Roman numerals. The 1910 taken over by the GBS northeastern Berliner Vorortbahn received in 1913 the line designation NO. The colored signal panels remained in parallel until about 1904. In addition, the lines created during this period were still colored signal panels with new, sometimes even three-color color combinations.

Insertors were marked separately from the March 1903. They bore the letter E behind the line number of their main line. In later years, these lines increasingly took over the tasks of booster drives and were therefore shown in the timetables as separate lines. On 15 April 1912, the GBS introduced the first line with three-digit number. The 164 was created by extending the 64, which was maintained in parallel. In the following months more lines were provided with 100 numbers or newly set up, usually as a line pair to the existing line.

The surrounding businesses were not affected by the change in May 1902 and set on their own markings. The lines of the urban trams and the meterspurigen lines of the Teltower circular orbits were still marked with signal panels, on the other hand, the BESTAG and in Heiligensee, not the lines, but only the targets were marked with different colored signs. In 1908, the Spandauer Straßenbahn introduced the line identification with letters, which corresponded to the initial letter of the destination (line P to Pichelsdorf, etc.), in 1917 the company switched to numbers. In Cöpenick, the lines were marked from 1906 with numbers, from 1910 additionally with colored signal panels for the individual routes (red lines to Friedrichshagen, etc.). The Berlin Ostbahnen used from 1913 also like the SBV Roman numbers as line numbers. The other companies, including the standard-gauge lines of the Teltower Kreisbahnen, did not use a line marking.

With the merger of companies for the Berlin tram, the GBS's numbering scheme was extended to cover the rest of the network. Usually, those numbers are assigned, whose lines were continued during the World War I. For example, it came about that the lines operating in Köpenick received mainly 80s numbers. Letters were still awarded to the tram lines in the BVG until 1924, after which it was reserved for the suburban tariff buses.

With the outbreak of the Second World War, the Berlin public transport companies had to stop a large part of the bus traffic to save fuel. Tram traffic has been extended accordingly. The newly established amplifier lines contributed to the distinction of the master lines 200 and 300 numbers. From 1941, the night routes of the bus and the tram networks were later classified into the 400-series numbers. The measures existed until the end of the war. The last 100 numbers were renumbered on 31 May 1949.

After the administrative separation of the BVG initially only changed the numbering scheme. Tram lines running from the east to the west of Berlin kept their number after the grid separation in 1953 and as a result of network thinning, individual lines were disappeared. The BVG-West waived from July 1966, the prefix A on the bus lines, the BVG-Ost waived on 1 January 1968. While in the west tram traffic was stopped 15 months later, the passenger in the east could not tell from the line number whether it was a tram or bus line. The Berliner Verkehrsbetriebe therefore planned to systematise their network in the 1970s. The city center lines of the tram should receive the line numbers 1 to 30, in Köpenick should retain their 80s numbers. The remaining numbers were intended for the bus. Night lines received from 1973 uniformly 100 numbers, for the tram were initially provided only the numbers from 120. The conversion of the daily lines was only partially completed.

After the reunification, in two steps, a uniform numbering scheme was introduced, which included the lines in the state of Brandenburg. The Berlin tram was assigned the line number range from 1 to 86, then followed by the overland operations in Woltersdorf, Schöneiche and Strausberg with the numbers 87 to 89. The Potsdam tram received the 90s line numbers. E-lines were no longer listed separately in the timetable, but the amplifiers continued to operate as such until 2004. Night lines were indicated on both means of transport by a preceding N and the three-digit line numbers were henceforth intended for the bus routes. The first conversion of 2 June 1991 followed the Berlin tram lines on 23 May 1993. The network was reorganized and divided into five number ranges. The main focus was on the focus on the historical center. Single lines formed the radial main network, 10 lines their supplementary network. 20er lines were intended for the ring and Tangentiallinien. There were 50 lines in the district of Pankow, 60 lines in the district of Köpenick analogous to the bus lines there.

BVG had instituted a new line structure, where the BVG has 22 lines since 2004.[1][17] MetroTram also uses the symbol . On 12 December 2004, BVG had introduced the transport concept, BVG 2005+. The main content was the introduction of metro lines on busy routes where there are no S-Bahn or U-Bahn. In the tram network, therefore, nine tram lines under MetroTram were introduced, and the other lines have permanently rearranged. The numbering scheme is that it was similar to the 1993 scheme, but has undergone major adjustments.

Metro lines with a single digit number travel through the radial main network, as a rule, the line number corresponds to that of 1993, so the lines became 2, 3, and 4 into M4, the 5 into M5 and so on. In addition, the two Pankow lines, 52 and 53 were included as line M1 in the main scheme. The supplementary lines of the radials continue to carry 10 numbers, unless they have been merged into the amplifier of the metro line. Metro lines of the ring and tangential network received the numbers in the 10 range, whose supplementary lines retain the 20 range. An example is the retrofitted line, route 37, which together with the lines of M17 and 27 runs a common route. Of the 50 routes remained, the only one of the 50, the 60 lines were remained untouched by these measures.

M1 Mitte, Am Kupfergraben – Niederschönhausen, Schillerstraße / Rosenthal Nord
M2 S+U Alexanderplatz/Dircksenstraße – Am Steinberg (- Heinersdorf)
M4 S Hackescher Markt – Hohenschönhausen, Zingster Straße / Falkenberg
M5 (S+U Hauptbahnhof -) S Hackescher Markt – Hohenschönhausen, Zingster Straße
M6 (S Hackescher Markt -) Landsberger Allee/Petersburger Straße – Hellersdorf, Riesaer Straße
M8 (S+U Hauptbahnhof -) Landsberger Allee/Petersburger Straße – Ahrensfelde/Stadtgrenze
M10 U TurmstraßeS+U Warschauer Straße
M13 Wedding, Virchow-Klinikum – S Warschauer Straße
M17 (Falkenberg -) Hohenschönhausen, Gehrenseestraße – S Adlershof
12 Mitte, Am Kupfergraben – Weißensee, Pasedagplatz
16 S+U Frankfurter Allee – Ahrensfelde/Stadtgrenze
18 S Springpfuhl – Hellersdorf, Riesaer Straße
21 S+U Lichtenberg/GudrunstraßeS Schöneweide (via Eldenaer Straße, Frankfurter Tor, Boxhagener Straße)
27 Krankenhaus Köpenick – Weißensee, Pasedagplatz
37 S+U Lichtenberg/GudrunstraßeS Schöneweide (via Rhinstraße, Treskowallee)
50 (Wedding, Virchow-Klinikum -) Prenzlauer Berg, Björnsonstraße – Französisch Buchholz, Guyotstraße
60 Johannisthal, Haeckelstraße – Friedrichshagen, Altes Wasserwerk
61 (S Schöneweide) – S Adlershof – Rahnsdorf/Waldschänke
62 Wendenschloß – S Mahlsdorf
63 Adlershof, Landschaftspark Johannisthal – Mahlsdorf, Rahnsdorfer Straße
67 Krankenhaus Köpenick – S Schöneweide
68 S Köpenick – Alt-Schmöckwitz

Tram line 68 was named by the National Geographic Society as one of the ten great streetcar routes worldwide.[18]

Future plans

[edit]
Tramway construction at Wista Adlershof

Since December 2016, Berlin has planned major light rail expansion which has been revived. Earlier plans has been there since 2000 for completion between 2005 and 2010.[19] There will be no tramway closures.

Four tram projects already under development by BVG were being prioritised for construction with work beginning from 2017 to 2021, with only the first two of the four starting construction in said time span.[20][21] The other two have had construction delayed for a later time.[22][23]

  • Berlin Hauptbahnhof – Turmstraße U-Bahn station[20]
  • Schöneweide – Wista Adlershof
  • Rahnsdorfer Straße – Mahlsdorf S-Bahn station[23]
  • A planned extension to Ostkreuz from Lichtenberg[22]

Five more tram lines will also be developed and construction will begin after 2021; these will see trams returning to parts of inner West Berlin for the first time since the 1960s, in addition to the already dense network expansion in the city. These include:

  • Alexanderplatz – Kulturforum – Kleistpark – Rathaus Steglitz
  • Turmstraße – Mierendorffplatz
  • Warschauer Straße S-Bahn/U-Bahn station – Hermannplatz
  • connection from Heinersdorf to the Blankenburger Pflasterweg development area, and
  • Pankow – Heinersdorf – Weißensee.

These are the long-term plans after 2026, which will see more direct tram networks in the West Berlin area:

  • S-Bahnhof Schöneweide – Sonnenallee – Hermannplatz – Potsdamer Platz (M9/M41)
  • Potsdamer Platz – Wittenbergplatz/Zoologischer Garten
  • Mierendorffplatz – Jungfernheide – Urban Tech Republic (Tegel Airport)
  • Pankow – Wollankstraße – Turmstraße (M27) – Mierendorffplatz – Luisenplatz
  • (Alexanderplatz –) Spittelmarkt – Lindenstraße – Hallesches Tor – Mehringdamm (it can be M2)
  • Sterndamm – Johannisthaler Chaussee
  • Lützowstraße – Zoologischer Garten
  • Berlin Hauptbahnhof – Perleberger Straße
  • Turmstraße – Rathaus Pankow

Further long-term plans after 2031:

  • Rathaus Spandau – Hahneberg
  • Falkenseer Platz – Freudstraße
  • Rathaus Steglitz – Friedenfelser Straße
  • Virchow-Klinikum – Ernst-Reuter-Platz – Zoologischer Garten
  • Mahlsdorf – Riesaer Straße

In Johannisthal a route over the Sterndamm and the Stubenrauchstraße to the subway station at Zwickauer Damm in Rudow, or to the subway station at Johannisthaler Chaussee, has been proposed. This route serves the residential areas around the Zwickauer Damm and the Eisenhutweg, making for a better public transport connection. For this route, space was reserved for the tram tracks as a preliminary step in the construction of the Hermann-Gladenbeck Bridge over the A-113 and the Massantenbrücke over the Teltowkanal 2004. Likewise, the existing track bed of the Neukölln-Mittenwalder railway can be used behind the Massantenbrücke or Hermann-Gladenbeck bridge, which is just a short distance behind the underground station at Zwickauer Damm.

Until 2006, there were deliberations to suspend parts of lines M1, M2, 12, 27, 60, and 61 as soon as the parts of the road, then considered unprofitable, were to be renewed for further operation. However, these were not realized, in fact, some of the mentioned routes have now been refurbished, the headways have been consolidated on them, or, as already mentioned, there are even plans for extensions.

Rolling stock

[edit]
BVG Tatra KT4D trams in Große Präsidentenstraße

Berlin's tram system has two different families of vehicles. There are low floor six-axle double articulated GTU, GTO and GTZO (formerly GT6N and GT6N-ZR) trams in unidirectional and bidirectional versions, and since 2008, the Bombardier Flexity Berlin.

The Tatra KT4 trams were phased out by 2021, and the Communist-era T6A2/B6A2 trams were phased out by 2007.

The number of trams has shrunk continuously. The BVB had 1,024 vehicles, while currently there are about 600. The reduction is possible because the new low-floor cars on average achieve more than twice the mileage per year (100,000 km (62,137 mi)), and, being longer, carry more passengers and therefore rarely operate in multiple.

In July 2006, the cost of energy per vehicle-kilometer was:

  • tram €0.33
  • coupled set €0.45
  • bus €0.42
  • underground train €1.18[24]

DÜWAG GT6N

[edit]
1067, Düwag GT6N in Große Präsidentenstraße

Between 1992 and 2003 45 bidirectional GT6N-ZRs and 105 unidirectional GT6Ns were purchased. The cars have a width of 2.30 m (7 ft 7 in) and a length of 26.80 m (87 ft 11 in). They can carry 150 passengers and can run as coupled sets.

134 cars were leased to a US investor and leased back. The SNB has accrued more than €157 million ($205 million) to hedge potential losses from cross-border business.[25]

In the end of 2011 and beginning of 2012 the SNB began the upgrading of 1006 and 1016 as a sample exercise. They were provided with a new drive technology and new software such as the Flexitys. The only mutually detachable vehicles are distinguished by new car numbers 1506 and 1516. After completion of the first two the BVG ordered the upgrading of all other cars of the GT6N and GT6N-ZR cars.[26]

Identically to 1506 and 1516 the first 77 cars were provided with a new drive technology and new software and upgraded to type GTU trains in the years 2012 – 2016. All GTU trains got increased car numbers by +500. The new car numbers are 1502 – 1605 (with gaps).[26]

The rest of the GT6N and all of the GT6N-ZR got a new on-board-unit instead, upgrading them to type GTO and GTZO in the years 2016 – 2017. Their numbers were increased by +200. The new car numbers are 1201 – 1263 (with gaps) for the GTO and 2201 – 2245 for the GTZO.[26]

Flexity Berlin

[edit]
8029, Bombardier Flexity Berlin in Hackescher Markt

In April 2005, a European tender was issued for low floor trams, half unidirectional, and half bidirectional vehicles. The latter will respond better to the BVG and construction faults and build on certain routes for cost savings. The Vienna tramway tram type ULF was tested in passenger service.

On 12 June 2006, the BVG decided to procure new trams. These are based on the tested Incentro, referred to by Bombardier as Flexity Berlin. In October 2008, for €13 million ($17 million), four prototypes were ordered and since then extensively tested. There are one- and two-way cars, respectively 30.8 m (101 ft 1 in) and 40 m (131 ft 3 in) in length, carrying about 180 or 240 passengers. Use in coupled sets is not possible.

On 29 June 2009, the supervisory board of the BVG decided to buy 99 Flexity cars, 40 of which will be long and 59 short versions, for €305.3 million ($397.9 million). In September 2011 the first 13 long cars began to be delivered. To replace all old Tatra cars, a further 33 costing €92.3 million ($120.3 million) may need to be ordered in 2017.[27] The trams will be manufactured at Bombardier's Bautzen works or Hennigsdorf.

In June 2012 the supervisory board approved the BVG 2nd Serial recall of an additional 39 trams of type "Flexity Berlin". Considering the order of over 99 vehicles from 2010, that means a total of 38 vehicles and 47 long bidirectional vehicles, as well as 53 short bidirectional vehicles will be ordered from the manufacturer, Bombardier Transportation. Thus, the SNB responds to both the very positive development of passenger numbers at the tram and allows bidirectional vehicles the eventual abandonment of turning loops and enhancing the design stops. Once this procurement is secured in 2017, then the old Tatra cars can be scrapped. The State of Berlin's funded budget is €439.1 million ($572.7 million).[28]

The new cars have 2.4 m (7 ft 10 in) wheel spacing, 10 cm (3.9 in) longer than the existing low-floor trams. The track width was chosen so that modifications in the network are not necessary[29] This affects only the routes upon which the Flexities will be operated. They are unable to run in Köpenick and on parts of the network in Pankow.

In December 2015, BVG exercised an option for another 47 Flexity trams from Bombardier to handle increased ridership.[30]

Tram depots

[edit]
Open Day 2009 at BVG's Berlin-Lichtenberg depot. In front of the maintenance shop typical Berlin trams are presented. From left to right, new to old.

Depots are required for stabling and maintenance purposes. BVG has seven operational tram depots, five of which are used for stabling service trams:

  • Kniprodestraße, in Friedrichshain on the east side of the junction of Kniprodestraße and Conrad-Blenkle-Straße. This depot is used for track storage and rail-grinding machinery only. It is on bus route 200, and the access tracks connect to tram line M10.
  • Köpenick, on the west side of Wendenschloßstraße, south of the junction with Müggelheimer Straße. The depot entrance is on tram route 62.
  • Lichtenberg, on the east side of Siegfriedstraße, north of Lichtenberg U-Bahn station. The depot entrance is on tram routes 21 & 37 and bus routes 240 & 256.
  • Marzahn, on the south side of Landsberger Allee, east of Blumberger Damm. The depot has a tram stop on the M6 and 18 lines. Bus route 197 also passes the depot.
  • Nalepastraße, on the east side of Nalepastraße, in Oberschöneweide. Right at the depot tram line 61 terminates and bus line 365 stops not far from it.
  • Niederschönhausen, on the north-east corner of the junction of Deitzgenstraße and Schillerstraße. The depot is on tram line M1. It is currently not in use and the future of it is uncertain.[31]
  • Weissensee, on the north side of Bernkasteler Straße near the junction of Berliner Allee and Rennbahnstraße. The depot entrance is not directly passed by any bus or tram route, but tram routes 12 & 27 and bus routes 156, 255 & 259 serve the adjacent Berliner Allee/Rennbahnstraße tram stop.

Out-of-service trams returning to Nalepastraße and Weissensee depot remain in-service until reaching the special tram stop at each depot.

[edit]

Around Berlin there are some additional tram systems that do not belong to the BVG but are integrated with the greater VBB system:

The last three companies are located in the eastern suburbs at the eastern edge of Berlin. Each of them has only one line.

See also

[edit]

References

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The trams in Berlin constitute a key component of the city's infrastructure, operated by the since 1929, encompassing 22 lines—including nine high-frequency Metrotram routes (M1–M17)—that primarily serve the eastern districts while supplementing the U-Bahn subway network. The system features standard-gauge tracks spanning approximately 200 kilometers with around 800 stops, accommodating hundreds of thousands of daily passengers via modern, accessible low-floor vehicles. Berlin's tram network traces its origins to 1865, when the world's first horse-drawn tram service in continental Europe commenced operation from Brandenburger Tor to , establishing the foundation for one of the oldest urban rail systems globally. In 1881, the city pioneered electric tram technology with a line in Groß-Lichterfelde, developed by , marking the birth of commercially viable electric street railways and spurring rapid electrification across the network by 1910. The BVG's formation in 1929 unified fragmented private operators, including the Berlin Tram Company, into a municipal entity that expanded the system amid interwar growth, only to face severe disruptions during , when much of the infrastructure was destroyed. The division of Berlin after 1945 profoundly shaped the trams' trajectory: while maintained and extended the network as a primary transport mode, phased out services by 1967 in favor of buses and expanded , resulting in a post-reunification system concentrated eastward with limited western extensions. Following the merger of eastern and western operations, the BVG has invested in modernization, including the introduction of articulated low-floor trams in the and, as of 2025, the rollout of Urbanliner models—one of the world's longest single-unit trams at 50.9 meters, capacity for 312 passengers—to enhance capacity and efficiency on busy routes. Today, the trams integrate seamlessly with Berlin's fares, operate from early morning to late night (with select lines 24/7), and represent a sustainable, iconic element of the capital's mobility landscape.

History

Early horse-drawn era

The introduction of horse-drawn trams in Berlin marked a significant advancement in urban public transportation during the mid-19th century. On June 22, 1865, the city's first horse-drawn line opened, operated by the trucking firm Beeskow & Co., connecting Brandenburger Tor to along what is now . This 6-kilometer route, utilizing double-decker carriages capable of seating up to 56 passengers, represented Germany's inaugural horse system and addressed the growing need for efficient mass transit amid Berlin's rapid industrialization. The line's success prompted further development, with additional routes established by 1868 to serve expanding suburbs, including connections from central gates like Hallesches Tor to areas such as Tempelhofer Vorstadt, facilitating commuter access to industrial districts. By the 1870s, multiple private companies had emerged to operate Berlin's burgeoning horse tram network, driven by the city's population boom following its designation as the capital of the newly unified in . This political elevation, coupled with the incorporation of surrounding communities, swelled Berlin's population from approximately 825,000 residents and fueled urban expansion under plans like James Hobrecht's 1862 development scheme, heightening demands for reliable transport infrastructure. The Große Berliner Pferde-Eisenbahn-Gesellschaft, founded in November as the second major operator after the original Berliner Pferde-Eisenbahn, commenced services in 1873 with a line from Rosenthaler Platz to Gesundbrunnen, contributing to a competitive landscape where firms laid tracks across the metropolis. By , the network had expanded to over 100 kilometers of track, spanning key radial and circumferential routes operated by these private entities, which collectively transported hundreds of thousands of passengers daily and supported Berlin's transformation into a modern industrial hub. Despite their utility, horse-drawn trams faced inherent challenges that limited their and . Horses, typically pulling vehicles at speeds of 6-8 km/h with capacities of 20-30 passengers per car, could only operate for 4-6 hours daily before requiring rest, leading to high animal turnover rates—estimated at thousands annually in major cities like —and associated costs for stabling, feeding, and veterinary care. Animal welfare concerns emerged prominently in the , as urban horses endured harsh conditions including overwork, poor nutrition, and exposure to , prompting early from groups highlighting in "living machines" of . Additionally, the systems generated substantial —up to 20 tons of daily in alone—exacerbating sanitation issues in densely populated areas, while capacity constraints struggled to meet surging demand from the capital's growth. These limitations increasingly fueled calls for technological alternatives to enhance and capacity.

Electrification and pre-war growth

The pioneering effort in electric tram technology occurred in Berlin's suburb of Groß-Lichterfelde, where tested the world's first electric tram on 16 May 1881. This experimental line, spanning 2.5 kilometers, featured a funicular-style rail with a central for power collection, marking a significant departure from horse-drawn systems and demonstrating the feasibility of electric propulsion for urban transport. The transition to widespread electric operation in Berlin's core tram network began in , as private companies replaced horse-drawn lines with electric systems using overhead wires. This electrification addressed the limitations of animal power amid the city's rapid , enabling faster and more reliable service across expanding routes. By the early , the network had adopted standard gauge tracks of 1,435 mm, facilitating compatibility with broader rail infrastructure and supporting efficient vehicle design. Several companies drove this expansion, including and the Allgemeine Elektricitäts-Gesellschaft (AEG), which competed and later consolidated operations through mergers to streamline management and investment. For instance, the Great Berlin Streetcar Company (Große Berliner Straßenbahn-Gesellschaft, GBS) acquired numerous smaller operators, while municipal entities like the Berlin Electric Streetcar Company (Berliner Elektrische Straßenbahn-Aktiengesellschaft, BESTAG) integrated electric lines starting in 1899. These consolidations culminated in 1920 with the formation of the Berlin Streetcar Company (Berliner Straßenbahn), unifying key players under a single framework. The period also saw innovations in infrastructure, including the opening of the first U-Bahn line in 1902, which integrated with surface to form a cohesive network, and the development of high-speed tram lines with reserved tracks to reduce urban congestion. By 1910, the tram system had grown to approximately 300 km, reflecting the booming demand from Berlin's industrial and population surge. The network peaked pre-war at around 434 km in 1920, with further extensions leading to 624 km by 1929. A pivotal consolidation occurred in 1929 with the creation of the Berlin Transport Company (Berliner Verkehrs-AG, later BVG), which unified 27 private and municipal operators under city control, standardizing operations and fares. This entity oversaw a system serving 929 million passengers annually by 1929, underscoring trams' central role in daily mobility before the onset of disruptions.

World War II destruction and immediate postwar recovery

During , Berlin's tram network suffered extensive damage from Allied air raids, particularly intensified from 1943 onward, culminating in the in April 1945. By the war's end, only about 500 of the approximately 2,500 operational trams remained serviceable, while around 80% of the tracks and much of the overhead wiring had been destroyed or repurposed as barricades against advancing Soviet forces. The Allied occupation, divided among the Western powers and the , further disrupted operations, with temporary halts imposed for safety and reparations. In the Soviet sector, 60 trams and 18 trailers were dismantled and sent to as part of postwar reparations to the , exacerbating the vehicle shortage. Immediate postwar recovery began under Soviet military administration, with Soviet Marshal Nikolai Bersarin ordering the resumption of essential services. The first tram lines reopened on May 20, 1945, using makeshift repairs to damaged tracks and vehicles; by late July 1945, 12 lines were operational, serving outer districts to support basic mobility amid the ruins. These efforts relied on salvaged pre-war trams, with bilingual German-Russian signage required on vehicles crossing sectors. By 1947, the network had expanded to 52 lines covering 388 km of track, restoring roughly 60% of its pre-war extent of over 630 km. The 1948 currency reform, introducing the in the Western zones while the Soviet zone adopted the Ostmark, intensified economic divisions and material shortages, complicating unified repairs across Berlin's sectors. Despite these challenges, by the network had reached approximately 70% of its pre-war length through incremental rebuilding, though passenger volumes remained low due to ongoing economic hardship and population displacement. To address vehicle deficits, simplified rebuilt trams from existing stocks were prioritized for rapid deployment, enabling continued service until the formal division of the (BVG) into East and West operations on August 1, .

Division and separate developments in East and West

Following the formal establishment of the of Germany and the German Democratic Republic in 1949, the unified (BVG) was divided into two independent entities: BVG-West for and BVG-East for , each managing their respective tram networks under the ideological and administrative separations of the . This split initially preserved a degree of operational continuity, but cross-sector coordination quickly eroded as political tensions escalated. In , the operator was reorganized and renamed VEB Kombinat Berliner Verkehrsbetriebe (BVB) on January 1, 1969, reflecting the socialist state's emphasis on centralized public enterprises. In , tram operations underwent a steady decline amid a policy shift favoring automobile traffic and expanded bus and subway services. Beginning in the , numerous lines were phased out to widen roads and accommodate growing car usage, culminating in the closure of the final tram routes on October 2, 1967. By 1970, all remaining tracks had been dismantled or paved over, depots repurposed for buses, and the network reduced to zero, eliminating entirely from West Berlin's transport landscape. Conversely, East Berlin's tram system expanded significantly as a cornerstone of efficient, affordable surface transport in densely populated urban areas. From a postwar base of around 177 km in 1949, the network grew to approximately 192 km by 1989 through targeted extensions, such as the line to the new housing district in 1979, underscoring the state's commitment to collective mobility over private vehicles. To modernize the fleet, the VEB introduced Tatra KT4 articulated trams from starting in 1974, with deliveries commencing in 1976; these vehicles became a mainstay, enhancing capacity on high-ridership corridors. The infrastructure was standardized at 600 V DC overhead electrification, supporting reliable operations across the expanded grid. The divergent paths highlighted stark contrasts: West Berlin prioritized subways, buses, and road infrastructure to promote individual car ownership, viewing trams as obsolete amid economic prosperity, while East Berlin retained and grew its tram network for its cost-effectiveness and ability to serve socialist in compact neighborhoods. The construction of the on August 13, 1961, further isolated the systems by severing dozens of cross-border tram routes with and concrete barriers, eliminating all inter-sector services and confining operations to their respective halves of the city.

Reunification and network reconnection

Following the in 1990, the (BVG) in and the Berliner Verkehrsbetriebe der DDR (BVB) in merged on January 1, 1992, to form a single unified transport operator under the BVG name. At the time of merger, had no operational network, as services had been discontinued by 1967 in favor of buses, while East Berlin's BVB had preserved and even expanded its system as a key mode. The unified BVG thus inherited the East's extensive , which served as the foundation for reconnection efforts, with initial focus on resuming cross-border services and extending lines into former districts to restore citywide connectivity. Early reconnection projects emphasized integrating the divided networks, with the first major extension into occurring in 1994 along what is now line M13, linking to and marking the return of trams to western areas after nearly three decades. Voltage standardization was achieved at 600 V DC to ensure compatibility across the inherited infrastructure and new extensions, though plans for upgrading to 750 V DC were outlined to improve efficiency. To enhance accessibility, BVG introduced low-floor trams, such as the GT6N model, beginning with prototypes tested in the early and entering regular service by 1995, allowing step-free boarding for passengers with mobility impairments. Key modernization projects in the further bridged the networks, including the 2004 launch of the BVG 2005+ transport concept, which prioritized trams through the creation of high-frequency MetroTram lines to boost capacity and reliability over bus services on busy corridors. Notable reopenings included sections serving industrial areas like Siemensstadt, reactivated in phases during the mid- to support local connectivity. A significant extension opened on September 4, 2011, in Adlershof, adding a 1.5 km line from the station to Karl-Ziegler-Straße to link the science and , served by lines M17, M61, and M63. These efforts contributed to network growth, reaching approximately 190 km of route length by 2015, with tram ridership rebounding to around 197 million passengers annually by 2013 as cross-city travel increased. Political backing via the 2004 plan underscored trams' role in sustainable urban mobility, favoring rail over bus expansions. In 2023, the long-planned voltage upgrade to 750 V DC was completed across , enhancing energy efficiency without disrupting operations. In late January 2026, freezing rain caused severe icing on overhead lines across Berlin's tram network, leading the BVG to suspend all tram services starting on January 26—the first complete network-wide shutdown due to ice in BVG history. Manual de-icing efforts using tower wagons enabled gradual resumption, with partial lines restarting by January 27, approximately three-quarters operational by January 29, and most or all lines back in service by January 30–31, though some outer districts required additional time. This rare event highlighted vulnerabilities in overhead line infrastructure to extreme weather, despite ongoing modernization.

Current Network

Route structure and line descriptions

Berlin's tram network, operated by the (BVG), consists of 22 lines as of 2025, divided into 9 high-frequency MetroTram lines (M1, M2, M4, M5, M6, M8, M10, M13, and M17) and 13 regular lines (12, 16, 18, 21, 27, 37, 50, 60, 61, 62, 67, 68, and 69), with line 21 providing suburban connectivity. The MetroTram lines are designed for longer routes with enhanced reliability, serving as backbone services across the city, while regular lines focus on local and feeder connections. Many of these lines trace their origins to the period before , with routes evolving through postwar reconstructions and reunification integrations. The total network spans 193.6 km of track with over 800 stops, all utilizing standard gauge (1,435 mm) for compatibility with broader rail systems. Key routes exemplify the system's diversity; the M13 MetroTram extends 24 km from central through key districts to Lichterfelde in the south, linking residential areas with commercial hubs and providing vital cross-city mobility. Similarly, line 68 operates from in the west to in the southeast, traversing mixed urban and green spaces over approximately 15 km and serving as a popular corridor for daily commuters. MetroTram lines adhere to standards including minimum 10-minute headways during peak hours and an 80% on-time performance target to ensure consistent service quality. Recent developments include the 2023 extension of the M10 MetroTram from its previous terminus at Hauptbahnhof westward by 2.2 km to Turmstraße, improving access to and integrating with U-Bahn line U9. As of November 2025, no major route alterations have been implemented, owing to delays in broader expansion initiatives amid construction and funding challenges. Night services enhance 24/7 connectivity on select lines, primarily the MetroTram routes, which operate continuously with reduced frequencies of 20-30 minutes overnight and integrate seamlessly with night bus services (N-lines) for comprehensive coverage. This structure supports round-the-clock travel needs, particularly in eastern districts where tram infrastructure is densest, while regular lines suspend after midnight and resume early morning.

Infrastructure specifications

The Berlin tram network utilizes a track configuration predominantly composed of single and double tracks embedded within urban streets, supplemented by dedicated reserved rights-of-way segments that enhance operational efficiency and safety by segregating trams from other traffic. These reserved sections, totaling around 50 km, are found in areas like eastern districts and along key corridors, allowing for higher speeds compared to mixed-traffic routes. The overall network spans approximately 193.6 km of standard gauge track. Power is supplied via an overhead system operating at 750 V DC, upgraded from the previous 600 V in April 2023 to provide greater operational reserves, improved acceleration, and compatibility with modern low-floor vehicles. This electrification standard has been in place since the network's early electric era, ensuring reliable energy delivery across the system's 193.6 km length. The entire network employs a of 1,435 mm (standard gauge), adopted progressively from the late and fully standardized by 1920 to facilitate with systems and simplify vehicle maintenance. Signaling relies on a combination of integration and priority systems at road intersections, where trams receive progression and conditional priority to minimize delays, particularly on MetroTram lines that operate around the clock. On select MetroTram routes with separated alignments, (ATC) elements are incorporated for enhanced safety and spacing, though most operations remain driver-supervised. Accessibility features include low-platform stops at approximately 90% of the network's 814 halts as of , enabling level boarding with modern low-floor trams, complemented by for visually impaired users at platforms and crossings. These raised kerbs, typically 22 cm high, align with vehicle floors to reduce step heights, with ongoing retrofits targeting full compliance under Germany's barrier-free standards. Maintenance adheres to rigorous standards, including annual comprehensive track inspections and regular catenary checks to uphold a reliability rate exceeding 95%, as evidenced by metrics in recent operations. The BVG's infrastructure program emphasizes proactive repairs to minimize disruptions, supporting an overall network availability of around 97% in 2025.

Operational characteristics

The Berlin tram network, operated by the , provides daily service from approximately 4:30 AM to 1:00 AM on weekdays, with extended operations on weekends and holidays; nine designated Metrotram lines run 24 hours a day, offering intervals of 30 minutes after 12:30 AM. Peak-hour frequencies average 5-10 minutes across most lines, transitioning to 10-20 minutes during off-peak periods to balance efficiency and demand. This scheduling supports the network's role in supplementing the U-Bahn and , particularly in eastern Berlin districts. The active fleet comprises around 600 trams, with approximately 70% featuring low-floor designs to facilitate universal access for passengers with disabilities and those using strollers or bicycles; as of 2025, the first Urbanliner models have entered service, enhancing capacity on busy routes. Articulated units, common on high-capacity routes, are staffed by two-person crews consisting of a driver and a conductor to manage operations, passenger assistance, and . Ticketing is largely automated, with passengers able to purchase and validate fares via the BVG using contactless payments, reducing onboard processing time. Annual ridership contributes to the BVG's overall total exceeding 1.1 billion journeys across all modes as of 2024. The network integrates seamlessly with the U-Bahn and through a unified single-ticket system valid for across buses, trams, and trains, while real-time tracking and disruption alerts are available via the BVG app for enhanced . Traffic congestion remains a key operational challenge, accounting for about 15% of in 2025, primarily due to shared road space in mixed-traffic areas and activities; mitigation efforts include dedicated tram priority lanes and signal optimizations to minimize interruptions.

Rolling Stock

Historical vehicle types

The electrification of Berlin's tram network began in 1895 with the introduction of four-axle electric built by , which featured wooden bodies and a maximum speed of 20 km/h, marking a shift from horse-drawn operations to modern electric . These vehicles, initially deployed on lines like Gesundbrunnen to , played a pivotal role in expanding the network, with the tramway largely electrified by 1900. In the , following the formation of the (BVG) in 1929, standardized tram types emerged to unify the diverse fleet inherited from predecessor companies, including designs that incorporated bogies for improved ride stability on urban routes. These "Typ Berlin" vehicles, produced in the 1920s and early 1930s, emphasized steel construction and enhanced passenger comfort, supporting a peak network of 89 tram lines by the end of the decade. Postwar developments diverged sharply due to Berlin's division. In , the transport authority (BVB from 1969) relied on Soviet-influenced designs, introducing four-axle high-floor trams like the T4 in the —manufactured in the GDR—that became a staple for rebuilding the network amid resource constraints. By the 1970s, the articulated Tatra KT4D from entered service, offering a capacity exceeding 200 passengers in its bi-directional configuration and facilitating higher ridership on expanded eastern lines until the 1990s. In , meanwhile, aging prewar trams like the H-type persisted into the and , supplemented by diesel-powered units during fuel shortages and infrastructure repairs, before the system's gradual closure by 1967 in favor of buses. The reunification era saw the phasing out of these legacy vehicles, with the T6A2 series—another Tatra model from the communist period—retired from regular service by 2007 as part of fleet modernization efforts across unified . The KT4D followed suit, with the final units withdrawn in 2021, completing the transition away from pre-1990s . Innovations during the 1980s in included early trials of low-floor prototypes to address accessibility, foreshadowing broader adoption in the post-reunification network.

Modern fleet composition

The modern fleet of Berlin's trams, operated by the (BVG), primarily consists of low-floor vehicles designed for accessibility and efficiency on the 600 V DC overhead contact line system. The core of the fleet comprises around 150 GT6-series trams, manufactured by DÜWAG (later ) between the mid-1990s and early . These bidirectional and unidirectional models measure approximately 27 meters in length individually but are often operated in coupled pairs to form 30-meter, 54-meter-long units with a capacity of about 300 passengers, featuring full low-floor access throughout. A significant portion of the active rolling stock includes over 230 trams, with deliveries spanning from 2008 to 2024 under multiple contracts totaling around €400 million. These modular, 100% low-floor vehicles come in 30-meter and 40-meter variants, accommodating up to 240-300 passengers depending on configuration, and incorporate air-conditioning, LED passenger information displays, and energy-efficient . By late 2024, 231 units were in service, gradually replacing older coupled GT6 operations on high-demand Metrotram lines. As of November 2025, the fleet is being augmented by Alstom's Urbanliner variant of the series, with 45 units ordered in February 2025 as part of a €571 million originally signed with Bombardier in 2020 (expanded post-merger). These 50.9-meter, nine-module trams, capable of carrying 312 passengers (92 seated), began entering passenger service in early 2025 on lines like the M4, featuring advanced safety systems, wider interiors for improved comfort, and compatibility with the network's upgraded infrastructure. Approximately 25-35 of these had been delivered and tested by November 2025, contributing to a total active fleet of approximately 420 vehicles with an average age of about 15 years. BVG's procurement strategy through 2030 emphasizes fleet renewal with up to 200 additional /Urbanliner units to handle rising ridership, prioritizing modular designs for scalability and sustainability, including potential battery-equipped options for temporary non-electrified sections. All modern trams adhere to 100% low-floor standards, with standard features like climate control and digital displays enhancing passenger experience across the network.

Depots and maintenance facilities

The Berlin tram network, operated by the , relies on five active depots and maintenance facilities to support its operations as of 2025. These sites, strategically positioned at the network's outer edges, handle the stabling, inspection, and repair of trams, ensuring the reliability of the 193.6 km system with its 22 lines. Historically, Berlin had over 80 such facilities, but post-World War II destruction and the division of the city reduced their number significantly, with current depots largely inherited from the era and repurposed after reunification in 1990. The main depots include Betriebshof Köpenick in the southeast, which primarily serves lines in the Treptow-Köpenick district; Betriebshof Marzahn in the northeast, supporting eastern routes; Betriebshof Lichtenberg at Nalepastraße in Friedrichshain-Kreuzberg; Betriebshof Weißensee at Indira-Gandhi-Straße; and Betriebshof Niederschönhausen in Pankow. Each facility features multi-track outdoor stabling areas, maintenance halls equipped for mechanical and electrical work, brake testing tracks, and repair workshops tailored to tram needs. For instance, the Nalepastraße site acts as an overflow stabling area to alleviate pressure on higher-capacity depots like Köpenick. Overnight stabling accommodates the bulk of the fleet after daily service, while daily inspections check critical systems such as brakes, doors, and electrical components to comply with safety regulations. Heavy overhauls, involving comprehensive disassembly and refurbishment, occur periodically—typically every four to six years per vehicle—to extend service life and maintain performance standards. (Note: Used for location confirmation only, not as primary source) Modernization efforts have focused on integrating sustainable and efficient infrastructure across all depots. The facilities operate on the network's 600 V DC electrification system, with upgrades ensuring compatibility for the latest low-floor trams like the series. By 2023, photovoltaic installations had been added to three depots, including a 175 kWp array at Nalepastraße, generating to power depot operations and contributing to the BVG's goal of climate-neutral mobility. These solar projects, developed in partnership with Berliner Stadtwerke, underscore the shift toward green maintenance practices without compromising operational capacity. The total stabling across the five sites supports the active fleet, with dedicated areas for testing new vehicles and components. Post-reunification, former depots were largely repurposed due to the discontinuation of most services there in the 1960s and 1970s; for example, the depot, opened in 1930 and closed around 1970, now serves commercial purposes rather than operations. As of November 2025, the existing five depots meet current demands amid budget constraints, though construction began in June 2025 on a new facility in Adlershof—the first depot built in over 40 years—which will add stabling and repair capacity for up to 60 vehicles upon its planned opening in 2030.

Future Developments

Ongoing and recent projects

In 2023, (BVG) completed the conversion of its entire 196 km tram network from 600 V DC to 750 V DC, a project that enhanced energy efficiency and enabled more frequent services without interrupting operations. The upgrade involved modifying over 60 rectifiers, 139 transformers, and components on 150 older GT6 trams, while more than 200 newer vehicles were already compatible. Between 2024 and 2025, deliveries of Urbanliner trams progressed, with the 50.9 m long vehicles—capable of carrying 312 passengers (92 seated)—part of a broader fleet modernization to boost capacity on high-demand routes like M4. Passenger service on line M4 is planned to commence in 2025. Political challenges in 2025 have slowed minor tram extensions in outer districts, amid debates over deploying 25 m electric "mega buses" on MetroBus lines like M32 in and routes in Marzahn-Hellersdorf as a quicker alternative to rail infrastructure. Proponents, including the CDU, view the buses—which can carry 130–150 passengers—as a pragmatic solution, while critics argue they undermine long-term network growth. From 2021 to 2025, BVG allocated significant funds toward maintenance and electrification, supported by federal programs like the Gemeinschaftsverkehrsfinanzierungsgesetz (GVFG), which provided up to €2 billion nationwide for renewals starting in 2025.

Planned expansions and challenges

In 2025, the Berlin Senate halted planning for several new tram lines amid a €3 billion budget shortfall, with a supplementary budget adopted in December 2024 cutting €660 million from the mobility and environment sector, shifting focus toward bus rapid transit alternatives amid ongoing debates. This decision has postponed other projects originally slated for 2026-2031. Long-term visions post-2031 envision ambitious additions like a 12 km line from Alexanderplatz to Rathaus Steglitz and a loop in Spandau to Hahneberg, aiming to integrate the tram network more comprehensively with the city's rail system. However, these face significant hurdles, including urban density that complicates track laying in built-up neighborhoods, opposition from automotive lobbies resisting reduced car access in favor of public transport, and construction delays linked to major rail disruptions such as the 2025-2026 north-south line closures. The extension has been halted despite partial track laying (530 m) and €6 million invested, with alternative routes under consideration and no reliable completion date. Amid 2025 budget constraints, long-term expansion goals remain uncertain, with focus on maintenance rather than growth to 250 km by 2040. Funding opportunities exist via EU grants for projects, yet the 2025 coalition agreement prioritizes digital mobility initiatives, such as autonomous vehicles, over substantial physical expansions.

Integration and Impact

Connection to other Berlin transport modes

Berlin's tram system is seamlessly integrated with the city's U-Bahn, , buses, and regional rail services, facilitating efficient multimodal travel across the metropolitan area. Major interchange points, such as the hub, allow passengers to transfer between tram lines like M1 and and multiple U-Bahn (, U5, U8) and lines, serving as a central node for daily commuters and tourists alike. Other key hubs include Zoologischer Garten and Hauptbahnhof, where trams connect directly to underground and elevated rail platforms, enabling quick switches without extensive walking. This network of co-located stops enhances , with trams providing last-mile connections to over 400 U-Bahn and stations citywide. A unified ticketing system under the (VBB) ensures compatibility across all modes operated by BVG and providers. The standard single ticket for ABC zones, priced at €4.70 (as of 2025), is valid for two hours and permits unlimited transfers on trams, U-Bahn, , buses, and regional trains within the designated zones, covering Berlin's urban core and surrounding areas up to and . This fare structure, managed by BVG, eliminates the need for mode-specific tickets and supports seamless journeys, such as combining a tram ride with an leg to reach outer suburbs. Daily and monthly passes further promote integrated use, with the same ABC validity applying universally. Coordination between trams and other modes is optimized through the BVG Fahrinfo app, which offers real-time route planning, live departure times, and vehicle tracking to facilitate timed transfers. Users can plan journeys incorporating as feeders to U-Bahn or stations, with the app's navigation alerting to delays or changes for minimal wait times. For instance, a from eastern districts might align with U-Bahn schedules at stations like Frankfurter Allee, streamlining peak-hour flows. play a vital role in feeding ridership to the U-Bahn network, contributing significantly to Berlin's overall usage of over 1.1 billion passengers annually across BVG services. Following in 1990, tram alignments were realigned and extended in the 1990s to reconnect severed networks and improve links to the revitalized system. Extensions from former lines into western districts, such as the reopening of routes through areas like Hellersdorf, bridged divides caused by and restored connectivity to stations like those on the Ringbahn. These post-reunification efforts integrated the previously isolated tram systems, enhancing cross-city mobility and supporting the 's expansion. In 2025-2026, trams are integral to contingency planning amid major rail upgrades, including full closures of lines like Berlin-Hamburg and Berlin-Bitterfeld, where BVG services provide alternatives to disrupted and routes. During these periods, from August 2025 to April 2026, trams maintain operations to absorb displaced passengers, offering direct links to unaffected U-Bahn lines and bus replacements at key interchanges. This integration ensures continued mobility, with apps updating routes to prioritize tram options during closures. Special night services further exemplify this connectivity, with dedicated night trams (lines N16, N19, N20, N27) operating alongside buses to cover essential routes when U-Bahn service ends around 1 a.m. on weekdays. These joint networks, running 24/7 on weekends with , connect major hubs like to outer areas, replacing daytime patterns and ensuring broad citywide access without gaps. Night buses complement trams on peripheral routes, forming a cohesive overnight grid that supports late-night travel across modes. The Berlin tram system, operated by the , has prioritized sustainability through its full transition to sources. Since 2014, all trams and have been powered by green electricity derived from and solar, significantly lowering the of operations. This shift supports Berlin's broader climate goals, including a targeted 95% reduction in citywide CO2 emissions by 2045, though specific annual savings for trams alone are integrated into overall reductions estimated in the hundreds of thousands of tons. Energy efficiency measures further enhance the system's environmental profile. The modern Flexity trams incorporate regenerative braking systems that recapture energy during deceleration, feeding it back into the overhead lines to reduce overall consumption by up to 30% in urban rail applications. Fleet-wide adoption of LED lighting has also extended lamp life and cut energy use, contributing to lower operational demands across the network. Ridership on Berlin's trams reflects a robust post-COVID rebound. In , total BVG usage, including trams, hit a record 1.12 billion journeys, a more than 6% increase from pre-pandemic levels in 2019 and driven by a 25% surge in short urban trips as commuters returned. Enhanced accessibility features, such as low-floor designs, have supported overall ridership growth. Ongoing initiatives underscore BVG's commitment to greener mobility. Additionally, bike integration efforts include subsidized stations at over 50% of stops through partnerships with sharing services, promoting multimodal trips and reducing reliance on cars. These efforts amplify the trams' role in 's emissions reductions, accounting for about 20% of public transport's overall savings compared to car usage by displacing short vehicle trips that would otherwise emit up to 2.2 tons of CO2 per passenger annually.

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