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In the early 1900s, several state and private railways attempted to reduce operating costs by using steam railcars on lightly used routes. The design of one of the most successful types was penned by Eugen Kittel. At one end of the vehicle was the standing boiler integrated into the driver's cab, the equipment required to operate it, the coal box and a seat for the conductor. A stoker with control authorization was allowed to drive the steam railcar. At this time, the conductor was in the more…
From 1913 onwards, the Bavarian State Railway purchased a total of 15 samples of the Gt 2x 4/4 Mallet tank locomotive to push heavy freight trains on the steep routes in the Franconian Forest and Thuringian Forest. Although the 1,470 hp eight-axle locomotives were considered the most powerful tank locomotives in Europe at the time, manufacturer Maffei was able to limit the maximum axle load to 15.5 t, which is why the powerful locomotives could even be used on branch lines. With various more…
The dieselhydraulic V100 (1968 BR 110 – 115, ab 1992 BR 201 – 204, 293) had been developed by VEB Lokomotivbau „Karl Marx“ for GDR state railway DR for multi purpose service on main and branch lines. The traction motors delivered 1000 HP at 1500 rpm and enabled the loco to reach a maximum speed of 100 km/h. The turbocharged engine 12 KVD 21 SVW is similar to the motor of V180/V100.
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Different starting processes can be selected with F1:
1x press button = warm start / press button 2x = more…
In the mid-1950s, the boilers of the BR50 standard locomotives of the Deutsche Reichsbahn DR had reached the end of their service life due to the use in heavy freight traffic. Since the DR was unable to obtain replacements for its 50s, which were universally applicable with an axle load of just 15 t, in the foreseeable future, it was decided to reconstruct many locomotives with a boiler largely equivalent to that of the new BR 23 locomotive. From 1957, the DR reconstructed a total of 208 more…
The Einheitslok program of the Deutsche Reichsbahn-Gesellschaft DRG provided for the triple-coupled class 24 steam locomotive for light passenger train service over longer distances. A total of 95 examples of the 920 hp two-cylinder locomotive with a top speed of 90 km/h were procured from 1926. With an axle load of only 15 t, the 24 was initially used on main and branch lines in West and East Prussia, which earned it the nickname "Steppe horse". The DB shut down the last locomotive in 1966, more…
In 1935, Borsig developed the 2'C2' engines 05 001 and 002, which were equipped with streamlined cladding, for the Deutsche Reichsbahn-Gesellschaft (DRG) to pull light express trains at speeds of over 140 km/h. A third locomotive was given an enclosed driver's cab and was coupled to the tender at the smokebox end. The three-cylinder engine developed 2360 hp and accelerated the racers to 175 km/h. During test runs, 05 002 reached 200.4 km/h with a 197-ton test train, making it the fastest German more…
The Bavarian P3/5 H (later BR 38.4) from 1921 is considered a successful design, but with only 80 units built, it was not nearly as widespread as its Prussian counterpart, the P8. Manufacturer J.A. Maffei took over the four-cylinder engine from its predecessor, the P3/5 N, but designed the three-coupler as a superheated steam locomotive. In combination with the wheel diameter of 1640 mm, the 1200 hp locomotive, later known as the BR 38.4, reached a top speed of 90 km/h. Due to its impressive more…
In the early 1900s, the Royal Bavarian State Railways wanted to rationalize operations on its less busy local railway lines by purchasing small locomotives suitable for one-man operation. The most successful was the PtL2/2 design submitted by Krauss, with 29 units built, which was popularly known as the Glaskasterl (Glass Box) due to its large driver's cab. Krauss delivered three locomotives to the Prussian KPEV also. Two further series of 13 units followed with identical boiler and cylinders, more…
In the early 1930s, the Deutsche Reichsbahn-Gesellschaft DRG included a light 1’B1’ tender locomotive for branch lines in its standard locomotive program as a replacement for light regional railway tender locomotives that could be used to pull passenger and freight trains. It was intended to be used where modern diesel railcars were too inflexible due to fluctuating passenger numbers or too weak due to the additional freight wagons that had to be carried. In order to reduce personnel costs, the more…
In order to determine the suitability of the different drives for heavy freight service, the German Deutsche Reichsbahn-Gesellschaft DRG included five-coupled tender locomotives with two and three cylinders in its standard locomotive program. In 1927, ten of each type were initially built. A further 35 of the 43 with two cylinders followed in 1928. In comparison, the two-cylinder locomotive proved to be equal to the three-cylinder locomotive known as the 44 series up to the medium power range more…