Die Gleispläne auf dieser Seite verwenden Gleise von LEGO und TrixBrix. TrixBrix Gleise erweitern die geometrischen Möglichkeiten des LEGO Eisenbahn-Systems ganz erheblich und sind verfügbar auf trixbrix.eu.
Die Bluebrick Dateien können hier heruntergeladen werden.
Weichen-Generationen
Das R40 Railyard System
Das R104 Railyard System
Vergleich Railyard-Weiche vs. Standard Weiche
Vergleich R40/R104 Railyards
Kehrschleifen
45° Kreuzungen
R40 Spezialweichen
R104 Ballast Curves
Oval mit R104/R120 Kurven und R104 Weichen
Oval mit R40 Kurven und R104 Weichen
Kompakte Station mit 4 Gleisen und kleinem R104 Weichenfeld
Station mit 4 Gleisen und vollständigem R104 Weichenfeld
Station mit 4 Gleisen und Quadrupel-DKWs
Station mit 4 Gleisen, Quadrupel-DKWs und Doppelspur-Abzweigungen
Station mit 4 Gleisen, R104 Weichenfeld und Parallelabzweig
Zweispurige Kurvensektion R104/R120 mit beidseitigem Übergang
Zweispurige Kurvensektion R104/R120 mit Übergängen und drei Ausgängen
Dreispurige Kurvensektion R104/R120/R136 mit Übergängen
Parallelabzweig mit R104 Weichen von zweigleiser Hauptstrecke
Parallelabzweig mit R104 Weichen von dreigleisiger Hauptstrecke
Parallelabzweig mit R104 Weichen von viergleisiger Hauptstrecke
Großer Kopfbahnhof mit R104 Weichenfeld
R104 Abzweige
R104 Weichenfeld mit Stern-Kreuzung
Stern-Kreuzung mit Kreisen
Stern-Kreuzung mit Kreisen 2
R104-Kreuzung 45° mit Weichenfeld
Große R104 Kreuzung mit 4 Drillingsweichen
Große R104 Kreuzung mit je 2 Drillings- und Y-Weichen
Große R104 Kreuzung mit 4 Y-Weichen
R104 Einspuriges Gleisdreieck
R104 Zweispuriges Gleisdreieck
R104 Monster Crossover Komponenten
Doppelkreuzungs-Kreuzweiche mit vier Gleisen
Doppelkreuzungs-Kreuzweichenfeld mit 6 Gleisen
Doppelkreuzungs-Kreuzweichenfeld XL
Doppelkreuzungen in Monster Crossover
Parallelgleise mit 4 Noppen Abstand und R104 Weichen
Parallelgleise mit 4 Noppen Abstand und R40 Weiche
Bahnhof mit 4 Gleisen und reduziertem Gleisabstand
Bahnhof mit 5 Gleisen und reduziertem Gleisabstand
12 thoughts on “Gleis-Geometrie”
hi,
I would like to know how to make Paranel tracks with 4 studs distance on what swtich R40 or R104 and special size of track to make it 4 stud between gaps?
i like all your explanations and drawings here, great job 🙂 My own track is growing more and more but i have one issue, size matters 😉
Why there is no railyard crossing (double slip switch) in R40 available like R104?
not buildable?
A R40 monster crossover is in my inventory also. Is it possible to build 1 railjard exit? or R104 only?
BR
Andi
Well, I have come up with a couple of solutions to build layouts with 4 studs track spacing – check the “Parallel tracks with 4 studs distance…” layouts on this page. Most of the examples are based on R104 switches. It is true that you can also do some magic with standard TrixBrix R40 switches. You need to attach a R32 counter curve followed by a R40 half curve just after the branching tracking, again followed by the following straight tracks: 4/16, R2, 1/16. That comes pretty close to a similar solution. Nevertheless, the home-brown solution has the disadvantage that the whole combination is 8 studs longer than the TrixBrix 4 Stud Gap Switch. I have added an example to the page just below the “Parallel tracks with 4 studs distance” example. Does that help?
RC1 and RC2 are adapters that TrixBrix introduced to build railyard ladders with R104 switches. RC1 has a length is approximately 1.81 studs, RC2 is 1.37 studs long. See trixbrix.eu for supplier information.
Hi Mike, if you look at the pictures, you’ll see the tracks you need.
“Switched double track curve section R104/R120 with 3 exits” and “Switched triple track curve section R104/R120/R136” have not all required tracks depicted, but as they are extensions of “Switched double track curve section R104/R120”, you’ll figure it out. I believe the curve sections are also contained in the Bluebrick sample library file that contains most of the track examples. You can download it and see which tracks are involved.
Based on your alternating 4 and 8 stud Gap Station design, I have tried to build it with standard Lego R40 and Trixbrix 104 Railyard switches. I don’t have R56 so I improvised a little.
It turns out that the combination of:
– Trixbrix R104 switch,
– one R40 curve
– one RC 2 adapter
– several straight rails
give perfect 3 Gap distance.
Unfortunately the tracks are parallel, but exactly one stud misaligned.
This can be fixed with a Trixbrix one stud rail.
My conclusion was a couple of extra 1,2,4 stud rails and a few RC1 and RC2 and I can create a station.
Three stud distance is good enough for all trains not to bumb to each other.
Even the ICE and the wide Disney steam train 🚂 can pass each-other.
So far so good, for a 4 track station.
Do you think it is possible to redesign your 5 track station using only R40 and R104?
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hi,
I would like to know how to make Paranel tracks with 4 studs distance on what swtich R40 or R104 and special size of track to make it 4 stud between gaps?
thanks
Hello Albert,
I have added some descriptions to the layout, indicating which tracks were being used.
Hope this helps!
Mattze
Hi Matthias,
i like all your explanations and drawings here, great job 🙂 My own track is growing more and more but i have one issue, size matters 😉
Why there is no railyard crossing (double slip switch) in R40 available like R104?
not buildable?
A R40 monster crossover is in my inventory also. Is it possible to build 1 railjard exit? or R104 only?
BR
Andi
Not buildable in R40 – you need R104.
Hi Mattze,
The new 4 stud gap R40 switch (https://trixbrix.eu/en_US/p/4-Stud-Gap-Switch-Left/284) looks a bit redundant to me. Isn’t it possible to use the regular R40 Trixbrix switch to do the same?
Your work is really helpful, many thanks!
– jr
Well, I have come up with a couple of solutions to build layouts with 4 studs track spacing – check the “Parallel tracks with 4 studs distance…” layouts on this page. Most of the examples are based on R104 switches. It is true that you can also do some magic with standard TrixBrix R40 switches. You need to attach a R32 counter curve followed by a R40 half curve just after the branching tracking, again followed by the following straight tracks: 4/16, R2, 1/16. That comes pretty close to a similar solution. Nevertheless, the home-brown solution has the disadvantage that the whole combination is 8 studs longer than the TrixBrix 4 Stud Gap Switch. I have added an example to the page just below the “Parallel tracks with 4 studs distance” example. Does that help?
Hi. I dont understand what is rc1 and rc2? Can you help me please?
RC1 and RC2 are adapters that TrixBrix introduced to build railyard ladders with R104 switches. RC1 has a length is approximately 1.81 studs, RC2 is 1.37 studs long. See trixbrix.eu for supplier information.
Hello Mattzo,
Could you show the design for a switched double, and switched triple R104/R88, R104/R88/R72?
Thank you very much
Hi Mike, if you look at the pictures, you’ll see the tracks you need.
“Switched double track curve section R104/R120 with 3 exits” and “Switched triple track curve section R104/R120/R136” have not all required tracks depicted, but as they are extensions of “Switched double track curve section R104/R120”, you’ll figure it out. I believe the curve sections are also contained in the Bluebrick sample library file that contains most of the track examples. You can download it and see which tracks are involved.
Hi Mattias Runte,
Based on your alternating 4 and 8 stud Gap Station design, I have tried to build it with standard Lego R40 and Trixbrix 104 Railyard switches. I don’t have R56 so I improvised a little.
It turns out that the combination of:
– Trixbrix R104 switch,
– one R40 curve
– one RC 2 adapter
– several straight rails
give perfect 3 Gap distance.
Unfortunately the tracks are parallel, but exactly one stud misaligned.
This can be fixed with a Trixbrix one stud rail.
My conclusion was a couple of extra 1,2,4 stud rails and a few RC1 and RC2 and I can create a station.
Three stud distance is good enough for all trains not to bumb to each other.
Even the ICE and the wide Disney steam train 🚂 can pass each-other.
So far so good, for a 4 track station.
Do you think it is possible to redesign your 5 track station using only R40 and R104?
I checked it. I believe you need a combination of R104 switch followed by a R40 counter curve and RC1 (instead of RC2).