Prototype: German Federal Railroad (DB) class 491 "Glass Train" electric powered observation car. Silver aluminum / Olympia blue paint scheme. The car looks as it did around 1977.
Model: Era IV. The car has a DCC/Selectrix decoder and factory-installed, controllable sound functions. It also has controlled high-efficiency propulsion. 2 axles in one truck powered. Traction tires. The car has factory-installed interior lighting. The triple headlights and dual red marker lights change over with the direction of travel, will work in conventional operation, and can be controlled digitally. The headlights are maintenance-free, warm white LEDs and the marker lights are maintenance-free, red LEDs. The interior lighting can be dimmed as a digital auxiliary function. The trucks have different wheelbases like the prototype. The car has built-in interior details. The panorama windows are inset. There is a double-arm pantograph and a single-arm pantograph with a double wiper on the roof.
Length over the buffers 23.7 cm / 9-5/16".
One-time series for the 75th anniversary of the "Glass Train" and as a legendary powered rail car for the 175 anniversary of railroading in Germany.
At the start of the Thirties, the German State Railroad was feeling the increasing competition from cars and busses. There were therefore different attempts to improve the service to customers and to make traveling more attractive. Two electric powered observation cars were ordered from the car builder Fuchs and from AEG (electrical equipment) in order to give a stimulus to excursion traffic. These cars were intended later as exhibition units for the DRG and were known as the "Glass Trains". This cars had to satisfy special requirements for excursion traffic in the scenically very attractive Bavarian and Austrian Alps: Passengers had to be able to observe the scenery unhindered in all directions from their seats. This required the smallest possible use of opaque building materials in the window and roof area. In addition, as many parts as possible were supposed to be taken from the standard design ET 25 and ET 31 powered rail cars to keep costs down. The builders were able to fulfill these conditions: Large windows on the ends and in the diagonal parts of the roof gave a good view all around. The car bodies were constructed completely of shaped parts and sheet metal welded together and had only a single center entry on both sides of cars. The restroom was located almost at the level of the lower edge of the windows in the area of the center entry in order to have a free view from the seating area. The backs on the passenger seats could be folded over. Two traction motors suspended from the axles powered both wheel sets in the powered truck; the second truck was not powered. Also, the usual electrical equipment was arranged under the car floor according to standard design principles.
The elT 1998 powered rail car (later road number ET 91 01) was still not completely finished in the electrical area but was presented at the Nürnberg exhibition "100 Years of German Railroading" from July 14 to October 13, 1935. The second powered rail car, elT 1999 (later road n