transpress nz
World transport history
Monday, August 17, 2026
Saturday, August 15, 2026
MLW RS-18 locomotives on a train in Howe Sound, BC, Canada 1971
Montreal Locomotive Works (MLW) built these Bo-Bo type engines between December 1956 and August 1968 under license from the American Locomotive Company (Alco). The RS-18 was powered by a 4-stroke V12 diesel rated at 1,800 hp (1,340 kW). It replaced the RS-10 in MLW's catalog and production totalled 351 units to 8 customers, of which PGE took 29.
Canadian National Railway, by far the largest buyer of the RS-18, continued to specify the long hood as the front. By contrast, while all of Canadian Pacific Railway's RS-10s were long-hood-forward, all of their RS-18s were short-hood forward. All of CN and CP's locomotives were delivered with full-height short hoods, as were the first four Pacific Great Eastern Railway, and first Roberval and Saguenay Railway unit. The remaining production was for unitss with a low short-hood, giving the train crew much better forward vision.
Tobu railway train, Japan. 1966
This 1966 advertisement features the Tobu Electric Railway Deluxe Romance Car (DRC) 1720 series operating the Kegon limited express service from Asakusa (Tokyo) to Nikko National Park.

Dimensions for each car.
Maximum Service Speed: 110 km/h (designed for up to 165 km/h on straight sections) Power Output: 75 kW per motor (4 motors per car, total of 1,800 kW per trainset)
Acceleration Rate: 2.3 km/h/s
Deceleration Rate: 3.7 km/h/s (service), 4.5 km/h/s (emergency)
Track Gauge: 1,067 mm (3'6") Electric System 1,500 V DC via overhead catenary
Traction Motors: Toyo Denki TDK-824A series-wound DC motors
Control System: Multi-notch resistance control with dynamic braking
Braking System: HSC-D electromagnetic straight-air brake with dynamic braking
Bogie/Trucks: Sumitomo Metal FS334 (all-foil spring bogies for an ultra-smooth ride.
Control System: Multi-notch resistance control with dynamic braking
Braking System: HSC-D electromagnetic straight-air brake with dynamic braking
Bogie/Trucks: Sumitomo Metal FS334 (all-foil spring bogies for an ultra-smooth ride.
spaceaero2 - 本人撮影 西新井駅付近
Tobu is one of the oldest railway companies in Japan and excluding the Japan Railways Group companies, Tobu's 463.3 km (287.9 mi) rail system is the second longest in Japan after Kintetsu. It was established in November 1897 and began operation between Kita-Senju and Kuki in August 1899. The Tojo Railway was founded in 1911 as a separate company, but shared its president and head office with Tobu.
Inside the DeHa 1 Class No. 5, the first electric train of Tobu Railway
In 1924, Tobu began operating its first electric train on the Isesaki Line between Asakusa (later Narihirabashi, today Tokyo Skytree Station) and Nishiarai.
Tobu was the first railway in the Kanto region to adopt quadruple tracks, on the Kita-Senju to Takenotsuka sector in 1974.[5]
Friday, August 14, 2026
Nankai 21000 series electric multiple unit, Japan
After retirement from regular Nankai service in 1997, some units were transferred to other operators like the Ōigawa Railway, where they continue to run as heritage tourist trains.
Maximum speed: 100 km/h on flat plains and 30 km/h on steep mountain sections.
Length: 17,725 mm per car.
Width: 2,720 mm
Height: 4,000 mm
Weight: 37.0 tonnes per car.
Track Gauge: 1,067 mm (3 ft 6 in) narrow gauge.
Electric System: 1,500 V DC overhead line.
Traction Motor Output: 70 kW per motor.
Total Train Power: 280 kW per car. A standard 4-car set generated 1,120 kW because every single car in the formation was an all-motor vehicle
Motor Model: Toyo Denki TDK-820-B.
Control Method: Resistor control via the Toyo Denki ACD-10 system.
Acceleration Rate: 3.1 km/h/s
Deceleration Rate: 4.0 km/h/s
Engineered to descend and climb extreme 5.0% gradients on the Mount Koya line.
Maximum speed: 100 km/h on flat plains and 30 km/h on steep mountain sections.
Length: 17,725 mm per car.
Width: 2,720 mm
Height: 4,000 mm
Weight: 37.0 tonnes per car.
Track Gauge: 1,067 mm (3 ft 6 in) narrow gauge.
Electric System: 1,500 V DC overhead line.
Traction Motor Output: 70 kW per motor.
Total Train Power: 280 kW per car. A standard 4-car set generated 1,120 kW because every single car in the formation was an all-motor vehicle
Motor Model: Toyo Denki TDK-820-B.
Control Method: Resistor control via the Toyo Denki ACD-10 system.
Acceleration Rate: 3.1 km/h/s
Deceleration Rate: 4.0 km/h/s
Engineered to descend and climb extreme 5.0% gradients on the Mount Koya line.
Thursday, August 13, 2026
SNCF Class BB 2550 locomotives on a trans-Jura train, 1973
The Class BB 25500, of which 194 were built between 1964 and 1976, were dual-voltage variants designed to run across France's 1,500 V DC and 25 kV AC networks. They were equipped with variable gear ratios that allowed them to easily switch between pulling heavy freight loads and handling regional passenger services.
an NZR Wb working uphill enters the Parnell tunnel to Newmarket, Auckland, 1906
A 2-6-2T type. Over 1914 and 1915 engineers built a new, parallel double-track tunnel next to the existing tunnel to handle the city's growing rail traffic. (Colorized)
Subscribe to:
Posts (Atom)













