History
The Class 119 was basically a development of the successful Class 118. In the late 1970s the DR needed locomotives with electric train heating, an axle load (Achsfahrmasse) of under 16 t and a power output of over 2,000 horsepower. As a result of the Comecon agreements, the East German economy was not allowed to build diesel locomotives with more than 1,500 horsepower. The locomotive builders of the Soviet Union could only supply heavy engines - the Classes 130-132 and 142. The only engine builder, who also wanted to use the "construction kit" (Baukasten) principle was the "23rd August" Locomotive Works, Bucharest, in Romania. The Romanian manufacturer declared itself also ready to install diesel engines produced in East Germany. The installation of such engines did not happen, however, because there were coordination problems in East Germany's national planning commission. In order the fulfil the order, the Bucharest factory installed engines under licence from the West German manufacturer, MTU.
Other countries in Comecon also received subcontractor orders. East Germany itself supplied inter alia hydrodynamic transmissions and axle motors.
The DR procured 200 locomotives from 1976 to 1985. The locomotive drive was, however, plagued by shortcomings and problems from the start. In its early days, 50% of the locomotives were in the workshops at any one time. After 1990, several attempts were made to improve the unreliable locomotives through conversions or modernizations. However, these attempts proved to be too expensive. By 2001 they were sold or scrapped.
The Deutsche Reichsbahn-Gesellschaft's BR 01 steam locomotives were the first standardised (Einheitsdampflokomotive) steam express passenger locomotives built by the unified German railway system. They were of 4-6-2 "Pacific" wheel arrangement in the Whyte notation, or 2′C1′ h2 in the UIC classification. The idea of standardisation was that it would reduce maintenance costs; i.e. if a BR 01 whose engine shop was in, say, Berlin broke down in Dresden, instead of having to ship the necessary part from Berlin and take the locomotive out of service, a part from the Dresden shop could be used as all of the engines, parts, and workings were exactly the same and produced nationwide. Thus it was a "standard" product for engine shops.
The Prussian state railways' Class P 10 were 2-8-2 "Mikado" type passenger-hauling steam locomotives built for hauling heavy express trains in the hilly terrain of the Mittelgebirge. They were the last Prussian passenger train steam locomotives to be developed in Prussia before the state railways were merged into the Deutsche Reichsbahn, who eventually designated them as DRG Class 39.
The DRB Class 50 is a German class of 2-10-0 locomotive, built from 1939 as a standard locomotive (Einheitsdampflokomotive) for hauling goods trains. It had one leading axle and five coupled axles and was one of the most successful designs produced for the Deutsche Reichsbahn.
The DR Class 243 is a universal electric locomotive of the Deutsche Reichsbahn which is used for general rail service. Deutsche Bahn lists the locomotive as Class 143. The locomotives of class 143/243 still belong to the most successful class of German electric locomotives.
The Deutsche Reichsbahn had a standard passenger train tank engine with a wheel arrangement of 1'C1' or 2-6-2 and a low axle load, which was designated in their classification system as the DRG Class 64. The Class 64 was developed from 1926 onwards and it was built between 1928 and 1940. Many German manufacturers contributed to the series.
The DRG Class 24 steam engines were German standard locomotives (Einheitslokomotiven) built for the Deutsche Reichsbahn between 1928 and 1939 to haul passenger trains.
The Class 03 steam engines were standard express train locomotives (Einheitslokomotiven) in service with the Deutsche Reichsbahn.
The Class 62 engines were standard passenger train tank locomotives of Germany's Deutsche Reichsbahn-Gesellschaft (DRG).
The two German DRG Class 61 steam engines were express train locomotives specifically built by Henschel for the Henschel-Wegmann train in service with the Deutsche Reichsbahn. The Henschel-Wegmann train was an initiative of the German locomotive construction industry, intended to be able to demonstrate a powerful steam locomotive-hauled train alongside the emerging express diesel multiple units, such as the Hamburg Flyer.
The Prussian T 18 was the last class of tank locomotives developed for the Prussian state railways. They were originally intended for services on the island of Rügen as replacements for Class T 12 and T 10 engines. They emerged when a class of locomotive was conceived in 1912 that was to handle express and passenger trains in border areas or in shuttle services on short routes. A tank engine design with symmetrical running gear was envisaged because, unlike a tender locomotive, it could run equally fast forwards and backwards and could be operated on return journeys without having to be turned on a turntable. Its power and top speed were to be the same as those of the P 8. Robert Garbe designed this 4-6-4 (2′C2′) tank locomotive for 100 km/h with a 17-ton axle load and contracted the Vulkan Werke in Stettin to build it. It was given the designation T 18.
After the Second World War, the Deutsche Reichsbahn in East Germany had a requirement for powerful goods train locomotives with a 15-18 tonne axle load for routes in the Mittelgebirge, the mountainous areas in the south of the country. As a result, the DR Class 58.30 emerged, as part of the so-called 'reconstruction programme', based on rebuilds of the former Prussian G 12 locomotives. Between 1958 and 1962, 56 locomotives, originally from various state railways were converted at the former repair shop, RAW Zwickau.
The Saxon IV K were narrow gauge, 0-4-4-0T Günther-Meyer type steam engines built for the Royal Saxon State Railways with a track gauge of 750 mm. A total of 96 were built between 1892 and 1921, making the Saxon IV K the most numerous narrow gauge locomotive in Germany. In 1925 the Deutsche Reichsbahn grouped these engines into their DRG Class 99.51–60.
These DB Class V 100 diesel locomotives were produced in the late 1950s by the Deutsche Bundesbahn for non-electrified branch lines as a replacement for steam locomotives. The V 100 class was built in three different variants.
The express train locomotives of Oldenburg Class S 10 were built for the Grand Duchy of Oldenburg State Railways for duties on the Bremen–Oldenburg–Wilhelmshaven line, which was the most important express route in Oldenburg. They were amongst the few locomotives of this railway company that were not based on those of the Prussian state railways, because the light railway track dictated that they had to have an average axle load of no more than 15 t which was lower than that on comparable Prussian vehicles.
The DR 130 family of locomotives comprises the DR Class 130, DR Class 131, DR Class 132 and DR Class 142, in USSR locomotive called TE109 and TE129.
FAUR S.A. is an industrial engineering and manufacturing company based in Bucharest, Romania.
The DR Class V 100, redesignated the Class 110 in 1970, was a four-axled diesel locomotive for medium duties operated by the Deutsche Reichsbahn of East Germany. Locomotives of the type were also supplied to railways in China and Czechoslovakia and to various industrial operators.
The DR Class E 11 is a class of electric locomotives formerly operated by the Deutsche Reichsbahn in East Germany. They were later operated by Deutsche Bahn, designated as Class 109.
The DR Class V 180 of Deutsche Reichsbahn was a class of the largest diesel locomotives built in the German Democratic Republic. The manufacturer was Lokomotivbau Karl Marx Babelsberg (LKM).
The DR Class V 60 was a class of 0-8-0 diesel-hydraulic locomotives of the Deutsche Reichsbahn intended for medium to heavy shunting service.
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