Slider Modifications on Fleischmann BR94

Fortführung von / Continuation of Fleischmann BR94 aus 185101 set

(Ab Werk) Schleifer Befestigung bei der Fleischmann BR94. Der braune Plastik stöpsel wird in die plastic Bodenplatte geklipst. Dieser geringert die Bodenfreiheit um etwas 2+ Millimeter was zum hängenbleiben auf Entkupplungsgleisen und holpern über Weichen führt.

OEM attachment of the slider on the Fleischmann BR94. The brown plastic plug clips into the plate at the bottom of the engine. This reduces the ground clearance by a bit over 2 millimeters causing the engine to get hung up on decoupling tracks and bumping when going over some turnouts.


Der Stöpsel (1) wurde raus gezogen um den Schleifer zu entfernen, die Laschen (2) wurden gerade gebogen und dann abgetrennt, und die Platte (3) wurde entfernt. An die Platte (4) ist der Draht für die Stromaufnahme gelötet, ist aber sonst lose.

The plug (1) was pulled out to remove the slider, the bent over tabs (2) were trimmed off, and the plate (3) was removed. The power pickup wire is soldered to the plate (4), but this is not otherwise secured to the engine.

Der Schleifer wurde dann direkt an die Platte (4) gelötet. Die Platte (3) wurde nicht wieder verwendet. Die Platte (4) wurde dann mit Sekundenkleber auf die Bodenplatte geklebt.

The slider was then soldered directly to the plate (4). This assembly was then glued to the baseplate of the engine with CA adhesive. Plate (3) was not reused.


Der Schleifer liegt jetzt direkt auf der Bodenplatte der Lok.

The slider now sits directly on the baseplate of the engine.


Durch diesen Umbau bleibt die Lok nicht mehr auf den Entkupplungsgleisen hängen und durchfährt auch alle Weichen viel besser. Nur die 3-wegweiche verursacht noch glegentlich Schwierigkeiten, das aber nur beim links Abbiegen in Rückwärtsfahrt. Hier kann die Lok dann immernoch vom Gleis springen, aber wie im Video gezeigt geht es auch sanft durch.

The engine no longer hangs up on the uncoupler tracks and it makes it through the turnouts much more smoothly. The 3-way switch still causes occasional problems when forking to the left running backwards. Here it still jumps occasionally to derail, but as the video shows it can also go through smoothly.

Higher quality video here at YouTube.

Gliederzug (articulated train) of the DR

I recently acquired this Sachsenmodelle gliederzug set of the Deutsche Reichsbahn (DR) that was built starting in 1952 by the VEB Waggonbau Görlitz based on pre-war designs of the LBE. More info can also be found in the Wiki. The basic unit was a 4-car bi-level, designated DB13. The axle configuration was 2 + 3 + 3 + 3 + 2, total length 73 400 mm, whereby 2 cars shared a 3-axle bogie.

A two-car configuration, DB7, was also used particularly on branch lines.

While not "normal" 3-car units were occasional run if one of the cars was out of service.

In the 70s some were reconfigured to run in push-pull operation with the addition of control cabs. The model represents early era 3 before the 2nd and 3rd classes were combined (klassenreform). The car sets could also be found coupled into other consists with "normal" coaches as well.

While the BR 114 diesel in the pictures above post-dates the markings on the coaches, it needs to be understood that this is a "museum" consist owned by the VEB Waggonbau Görlitz and occasionally gets used in regular service. ;-)

To make the model work I replaced the original couplers with a 6574 Fleischmann close-coupling mechanism that is height adjustable and a 40396 Roco Universal coupler head. Installing these required cutting away some bits on the bottom of the end cars as well as an opening between the buffers so the mechanism could pivot. The bellows between the cars are made of paper and are in great shape. Wheels were swapped to 10.4 mm diameter Sachsenmodelle replacement AC wheelsets that brought the unit down to the proper height and really improved running and reliability through turnouts on my Märklin AC layout. The wheels were made by Bernd Thomschke (benno002-2) who sells all types of brass wheels and buffers via his eBay store at<http://stores.ebay.de/benno002-2> or direct at <http://www.modellbahn-radsatz.de>. From the US, the eBay store is easier. Very responsive vendor.

6574 Fleischmann

40396 Roco

In testing I tried just about every combination I had including some s-curves and tight turnout combinations in the main yard at increasing speeds and went through absolutely smoothly. Night and day difference in running - now completely reliable. It's a nice set, one I look forward to detailing, gently weathering, and most of all running.

Thanks to all the helpful people on the Drehscheibe Online, Railways of Germany, and WorldRailFans, and the Stummi fora.

In the video below a BR78 steam engine is pulling the consist.
For better quality video view it on YouTube.

Running trains

Decided to take a break from the modeling activities of the past few days to actually run trains... Below are some videos, with more (and higher playback quality possible) on the Papphausen2 site at YouTube. Actually getting better at filming and editing, but it is very hard to hold a camera with one hand, and control the trains with the other, especially when there are turnouts and signals to be operated... Still good fun.

BR 151 electric pulling an express in hilly terrain.

While the BR 151 of the Deutsche Bundesbahn (DB) was designed to replace the BR 150 electric in heavy freight service such as unit trains carrying ore, coal, or tank cars, it occasionally saw service pulling passenger trains, especially in hilly country where its lower speed would not be a factor.

BR 10 of the Deutsche Bundesbahn (DB) with bi-level passenger coaches.

A BR 10 of the Deutsche Bundesbahn (DB), the last heavy steam passenger engine built and one of only two, pulls a rake that includes early bi-level coaches. In 1950, the (DB) had a small batch of bi-level coaches built. The first were 22.5 meters long. A second batch that was made in 1951 were 26.4 meters long, the new UIC (International Union of Railways) standard coach length. Bi-level coaches were not something that was new in Germany with the first having been developed by the Lübeck-Büchener Eisenbahn (LBE) in the 1920s. These were used with tank engines outfitted for push-pull operation.

These new coaches were used to test the new high-speed Minden-Deutz bogies and rubber car end seals, with the second also being used to test new openable window constructions.

While bi-level coaches never took off with the DB, the DR in East Germany embraced them at about the same time, something which may have contributed to the non-adoption of the design in the West. Before and with reunification of the German railways in 1989, the DB began to purchase large numbers of modern bi-level coaches from the East, using them in local and regional service.

Below an advertising film of the DB introducing the new bi-level cars with lots of construction footage

Branchline action on my layout.

BR 132 Ludmilla of the Deutsche Reichsbahn (DR) pulling a freight.

The corner...

Also been working on this desolate corner that has been in need of attention for a l o n g time now. The "fachwerk" style firehouse in the corner will stay but low relief models of a more (post) industrial nature will flank it, also extending down the left side parallel to the track. Built a few facades out of card from scratch using patterned papers from Scalescenes as well as modified images from Jowi background image CD. The seams on the backdrop are individual panels that can be removed for easy access to the layout from the back. A must!

Above, the corner as it was...

The corner with low relief and flat structures added. A gasometer will be added off the left edge of the image once I do more with the scenery, i.e. trees and shrubs...

This old industrial structure is in the process of being transformed into an arts center, a sign of the ongoing "strukturwandel" in the region that sees heavy industries being replaced by service industries and other alternatives. Though made of card from a photographic image, there are about four layers to the structure giving a good deal of relief to it.

There will still be more tweaks over time...