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admin 07.07.2015

I am interested in building a bridge for my layout and stumbled upon this forum post in which user 'Istokg' posted a picture of a train bridge made from the blue rails used in the pre-1980s train sets. Obviously this could be built with either the blue rails as shown or even the newer grey rails.
My question is: can anyone provide insight, (or even better, building instructions), on how it is constructed. The angles of the vertical rails where they connect to the plates at the top are such that it is not possible to attach the curved outside rails. As you can see, there is no way to attach the upper rail as the vertical rails attached to the studs on the lower row of the plates almost touch the studs on the upper row. Further supporting evidence is that at high magnification in LDraw, the stud on the plate can be seen protruding through the end of the rail, which is impossible in practice. I don't want to have to break the ends off my rails to make them fit and also the grip of the broken rail on the stud was much reduced, so I doubt a bridge made with this method would hold up well with the vibration of trains rumbling across it. After much experimenting with jumper plates and studying of the original picture, the solution was actually quite simple. By adding 1x1 plates under the connections to the vertical rails, the collision is avoided. I have made a few other modifications, most notably dropping the level of the deck to accommodate the height of the trains I intend to run on it. It's very difficult tell without getting a closer look at the set but it looks like they may be using curved track parts to build the bridge (I also thought these could be straight bricks under stress). Are you mainly interested in reconstructing the bridge exactly as it was in the photo, or constructing one that looks like it using the old rail pieces? Here is an approximation of the bridge that appears on the cover of the catalog pictured above. It's difficult to tell how this was done in the original picture, but it looks like you might be able to work around the issue by adding a 1x1 round plate under one of the rails that are colliding. Not the answer you're looking for?Browse other questions tagged trains instructions vintage bridge or ask your own question. Alternative (back of box) builds of 7822 Railway Station - is there an 'official' configuration where the track terminates at the station?
From the viewpoint of field theory and Derrick's theorem, is particle a wave packet of field? Note that you should only import your loose parts, do NOT include parts from sets you have added in your My Sets List or they will be treated as duplicates.

LEGO® is a trademark of The LEGO Group of companies which does not sponsor, authorize or endorse this site. The Lego 7854 Straight Electric Grey Rails 12v, was released in 1980, contains 8 pieces and includes 0 minifigures. Es gibt diese Schienen in den Längen 64 Noppen (Quad), 32 Noppen (Double), 16 Noppen und 8 Noppen (Half). Die „Metal Rails“ werden in verschiedenen Verkaufsoptionen angeboten und enthalten wahlweise dunkelgraue oder braune Schwellen sowie Verbindungsstücke zum Anschluss an das 9V System. PowerFunctions als Standard System zur Elektrifizierung von LEGO Modellen hat auch seinen Weg in die LEGO Eisenbahnen gefunden. PowerFunctions Eisenbahnmotor #88002 oder PowerFunctions #8883 (M-Motor) und #8882 (XL-Motor) mit selbstgebautem Antrieb. An der Oberseite ist eine 9V Anschlussplatte vorhanen, um Zugbeleuchtungen anzuschließen. Dieser Motor war nur in schwarz erhältlich, die Seitenverkleidungen in schwarz und hellgrau. Der 12V Eisenbahnmotor #7865 wird über Kontakte an der Unterseite mit Strom aus den Mittelschienen versorgt. Die Gleise bestanden aus blauen, einzelnen Schienen, die auf weißen 2x8 Platten als Schwellen angebracht wurden. Even the larger picture in the scan is still too small to see exactly how the rails are fixed to the main structure. I have also added reinforcement plates to the back of the sides to add rigidity as I intend to make the bridge wide enough for two tracks. Based on the parts available at the time (at least to the public) it does not appear the bridge in the photo is fully connected. I am interesting in understanding how it is constructed using the pieces from the time, even if the rail pieces are just decoration.
Unlike the version in the picture, this model uses bracket pieces to attach the arched section to the rail bed. Bei den Schienen und den Antrieben gibt es immer wieder verschiedene Systeme, die mehr oder weniger untereinander kompatibel sind. PowerFunction Eisenbahnen haben Ihre Stromversorgung mit an Bord und können daher auf allen Schienensystemen fahren.
2006 war das 9V System mit Metallschienen schon eingestellt, aber PowerFunctions war noch nicht spruchreif.

Dadurch werden die Schienen sehr stabil, aber der Auf- und Abbau sind doch etwas zeitintensiver als beim 9V System. LEGO zeigt sich hier sehr kompatibel, auch über die eigentlichen Systemgrenzen hinweg.
Das Signal konnte den Zug zum Halten bringen, mit dem Fahrtrichtungsumschalter konnte der fahrende Zug seine Richtung ändern.
I would love to hear any suggestions on how to proceed as well as any theories as to how Lego made the bridge in the picture work. It still has the same functions as past rails, and you still need the standard 4.5 rails, such as the 7850, and 7851 to make it actually run. April 2011 hat der amerikanische Anbieter „ME-Models“ seine sogenannten „Metal Rails“ vorgestellt.
Die Laufeigenschaften der 9V Eisenbahnräder sind hervorragend und die Schienen sehen sehr realistisch aus. Dann kann dieser 9V Eisenbahnmotor auch auf Plastikschienen fahren.) Die Seitenverkleidung kann abgenommen werden. Damit das ganze funktioniert, muss man an die beiden mittlern, stromführenden Kabel des PowerFunction Kabels nur andere Stecker anbringen, die in den alten 12V Eisenbahnmotor passen. Using modern pieces, though, it would not be hard to duplicate the appearance of the bridge and also make it structurally sound. Die Schienen sind stromführend und sind insbesondere zum 9V System von LEGO kompatibel. In den Lokomotiven ist der Empfänger und die Batteriebox fest in die Zuggrundplatte integriert – was das System sehr unflexibel macht. As Ambo100 pointed out, the bridge in the photo may be using specially designed pieces and I'm particularly interested in discovering what they may be. Das macht sich auch in den horrenden Preisen, insbesondere für gerade 9V Schienen und die 9V Eisenbahnmotoren, bemerkbar.

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  • Aska_Padnoska, 07.07.2015 at 14:18:15
    The same way the 1st.
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  • JESSICA, 07.07.2015 at 18:34:17
    Your participation in the Amazon System.