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Gullfisk
Class B and Class E, normally referred to as ''Gullfisk'' (Norwegian for "goldfish"), were a class of 46 trams built by Strømmens Værksted and Skabo Jernbanevognfabrikk for Oslo Sporveier and Bærumsbanen of Oslo, Norway, in 1937 and 1939. They were the first aluminium trams to operate on the Oslo Tramway and the first bogie trams to operate on street lines. They had contemporary modern electronic equipment, a streamlined shape, and comfortable accommodation. Until 1964, they were also faster than any other Norwegian tramcar or suburban railcar. Six prototype trams were delivered by Strømmen in 1937, with four different motor solutions, from AEG, Siemens, Vickers and Norsk Elektrisk & Brown Boveri (NEBB). None of these were particularly successful, and the 40 serial production trams used conventional motors from ELIN. These were delivered in 1939, with 20 (class E) being used by Oslo Sporveier mainly on the Kjelsås Line, but also on other services. The remaining 20 trams (clas ...
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Gullfisk Stortorvet
Class B and Class E, normally referred to as ''Gullfisk'' (Norwegian for "goldfish"), were a class of 46 trams built by Strømmens Værksted and Skabo Jernbanevognfabrikk for Oslo Sporveier and Bærumsbanen of Oslo, Norway, in 1937 and 1939. They were the first aluminium trams to operate on the Oslo Tramway and the first bogie trams to operate on street lines. They had contemporary modern electronic equipment, a streamlined shape, and comfortable accommodation. Until 1964, they were also faster than any other Norwegian tramcar or suburban railcar. Six prototype trams were delivered by Strømmen in 1937, with four different motor solutions, from AEG, Siemens, Vickers and Norsk Elektrisk & Brown Boveri (NEBB). None of these were particularly successful, and the 40 serial production trams used conventional motors from ELIN. These were delivered in 1939, with 20 (class E) being used by Oslo Sporveier mainly on the Kjelsås Line, but also on other services. The remaining 20 trams (clas ...
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Østensjø Line
The Østensjø Line ( no, Østensjøbanen) is a line on the Oslo Metro which runs from Brynseng to Mortensrud. It further shares track with the Lambertseter Line along the section from Tøyen to Brynseng. The line runs through the primary residential areas of Bøler, Østensjø and Søndre Nordstrand. The line is served by Line 3 of the metro. The first section of the line was built by Akersbanerne as part of the Oslo Tramway and connected to the Vålerenga Line at Etterstad. The first section, to Bryn, opened on 18 December 1923, and was extended to Oppsal in January 1926. Services were variously provided by Kristiania Sporveisselskab, Bærumsbanen and Oslo Sporveier. Proposals for making the line part of the metro arose in the late 1940s and the system was approved in 1956. This materialised in an extension of the line to Bøler on 20 July 1958. The Østensjø Line became the third line of the metro on 26 November 1967, the same day the line was extended to Skulle ...
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Kolsås Line
The Kolsås Line ( no, Kolsåsbanen) is a line of the Oslo Metro. It branches off from the Røa Line at Smestad Station and runs through western Oslo and Bærum to Kolsås Station. It serves the neighborhoods of Ullernåsen, Øraker, Jar, Bekkestua, Haslum, Gjettum and Kolsås. It is served by Line 3 of the metro at a 15-minute headway. The section from Jar to Bekkestua is built as a dual system with overhead wires, allowing Line 13 of the Oslo Tramway to continue from the Lilleaker Line to Bekkestua every ten minutes. The Kolsås Line was built as an extension of the Lilleaker Line. It had been built to Lilleaker in 1919. The line was extended to Avløs on 1 July 1924, and the line was extended to Kolsås on 1 January 1930. The line was initially owned by Bærumsbanen, which was bought by Oslo Sporveier in 1934. A connection to the Røa Line opened on 15 June 1942, allowing the line access to the Common Tunnel. At this point the section from Sørbyhaugen to Kolsås was ...
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Strømsveien Tram Fire
The Strømsveien tram fire (''Trikkebrannen i Strømsveien'') was a railway accident resulting from a fire erupting in an Oslo Tramway car traveling on Strømsveien street in Oslo, Norway. On 2 August 1958, a set of two cars, 194 and 198, of the Gullfisk type was traveling the Lilleaker Line ('' Lilleakerbanenen'') – Østensjø Line (''Østensjøbanen'') route from Bøler to Jar A jar is a rigid, cylindrical or slightly conical container, typically made of glass, ceramic, or plastic, with a wide mouth or opening that can be closed with a lid, screw cap, lug cap, cork stopper, roll-on cap, crimp-on cap, press-on c .... This connection was opened in 1937 and the Gullfisk cars introduced in 1939. As the tram braked as it approached Totengata a technical malfunction caused arcing and a fire erupted in the front of car 198 which was the latter car. The exit door, being operated by the tram driver who was seated in the lead car, remained closed for a few, critical secon ...
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Ekeberg Line
The Ekeberg Line ( no, Ekebergbanen) is a long light rail line of the Oslo Tramway which runs from Oslo Hospital tram stop, Oslo Hospital to Ljabru in Oslo, Norway. Operated by lines 13 and 19, it serves the area of Nordstrand, Norway, Nordstrand and the neighborhoods of Ekeberg, Jomfrubråten, Bekkelaget and Ljan. The line is operated by Oslo Sporvognsdrift using SL79 and SL95 trams on contract with Ruter. The line itself is owned by Sporveien. At Oslo Hospital (station), Oslo Hospital, the line connects to the Bjørvika Line, which runs to the city center. Proposals for a line in the area were first launched 1897, but not until 1914 were the necessary permits granted. The line was built and operated by Ekebergbanen (company), Ekebergbanen. The line opened in 1917, and connected to the Gamleby Line to reach Stortorvet (station), Stortorvet in the city center. The line differed from the street trams in that it ran in its own right of way and used 1,200 volt supply, unlike the 6 ...
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Vickers
Vickers was a British engineering company that existed from 1828 until 1999. It was formed in Sheffield as a steel foundry by Edward Vickers and his father-in-law, and soon became famous for casting church bells. The company went public in 1867, acquired more businesses, and began branching out into military hardware and shipbuilding. In 1911, the company expanded into aircraft manufacturer, aircraft manufacture and opened a flying school. They expanded even further into electrical and railway manufacturing, and in 1928 acquired an interest in the Supermarine. Beginning in the 1960s, various parts of the company were nationalised, and in 1999 the rest of the company was acquired by Rolls-Royce Holdings, Rolls-Royce plc, who sold the defence arm to Alvis plc. The Vickers name lived on in Alvis Vickers, until the latter was acquired by BAE Systems in 2004 to form BAE Systems Platforms & Services, BAE Systems Land Systems. History Early history Vickers was formed in Sheffield ...
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JG Brill Company
The J.G. Brill Company manufactured streetcars,Young, Andrew D. (1997). ''Veteran & Vintage Transit'', p. 101. St. Louis: Archway Publishing. interurban coaches, motor buses, trolleybuses and railroad cars in the United States for almost ninety years, making it the longest-lasting trolley and interurban manufacturer. At its height, Brill was the largest manufacturer of streetcars and interurban cars in the US and produced more streetcars, interurbans and gas-electric cars than any other manufacturer, building more than 45,000 streetcars alone. The company was founded by John George Brill in 1868 in Philadelphia, as a horsecar manufacturing firm. Its factory complex was located in south-west Philadelphia at 62nd St and Woodland Avenue, adjacent to the Baltimore and Ohio Railroad tracks. Over the years, it absorbed numerous other manufacturers of trolleys and interurbans, such as Kuhlman in Cleveland and Jewett in Indiana. In 1944, with business diminishing, it merged ...
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Horsecar
A horsecar, horse-drawn tram, horse-drawn streetcar (U.S.), or horse-drawn railway (historical), is an animal-powered (usually horse) tram or streetcar. Summary The horse-drawn tram (horsecar) was an early form of public rail transport, which developed out of industrial haulage routes that had long been in existence, and from the omnibus routes that first ran on public streets in the 1820s{{{citation needed, date=February 2022, using the newly improved iron or steel rail or ' tramway'. They were local versions of the stagecoach lines and picked up and dropped off passengers on a regular route, without the need to be pre-hired. Horsecars on tramlines were an improvement over the omnibus, because the low rolling resistance of metal wheels on iron or steel rails (usually grooved from 1852 on) allowed the animals to haul a greater load for a given effort than the omnibus, and gave a smoother ride. The horse-drawn streetcar combined the low cost, flexibility, and safety of an ...
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Kristiania Sporveisanlæg
Homansbyen Depot ( no, Homansbyen vognhall), officially Kristiania Sporveisanlæg ("Kristiania Tramway Installation") was an Oslo Tramway depot located at Sporveisgata 8 near Bislett in Oslo, Norway. It was constructed for Kristiania Sporveisselskab in 1874 and was the first tramway depot in the country. The facilities were designed by Henrik Thrap-Meyer and featured an administrative office, a horse stable, a forge, a workshop, a weighing shed, and a wagon depot. It had space for 28 horse wagons, 16 sleds, and 116 horses. The administrative office was built in brick and housed apartments, offices, and a laboratory for the veterinarian. The depot was reconstructed several times, and taken out of use in 1966. It was demolished three years later, and replaced with residential apartment blocks. History The tramway operating company Kristiania Sporveisselskab was established on October 2, 1874, and started scheduled horse tram services on October 6, 1875. The network comprised a li ...
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Loading Gauge
A loading gauge is a diagram or physical structure that defines the maximum height and width dimensions in railway vehicles and their loads. Their purpose is to ensure that rail vehicles can pass safely through tunnels and under bridges, and keep clear of platforms, trackside buildings and structures. Classification systems vary between different countries, and gauges may vary across a network, even if the track gauge is uniform. The term loading gauge can also be applied to the maximum size of road vehicles in relation to tunnels, overpasses and bridges, and doors into automobile repair shops, bus garages, filling stations, residential garages, multi-storey car parks and warehouses. A related but separate gauge is the structure gauge, which sets limits to the extent that bridges, tunnels and other infrastructure can encroach on rail vehicles. The difference between these two gauges is called the clearance. The specified amount of clearance makes allowance for wobbling of ...
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