Greenelm Station

For my 50th birthday, my daughters gave me a Fleischmann mini starter set. For 20 years, it stayed in its box, but when I retired, and for differetnt reasons found myself in Arnhem, the Netherlands, I came across an excellent shop (“Wentink”) specialising in model railway stuff and similar.

So then I got my first DCC starter set, still Fleischmann.

The videos illustrate my long and arduous trip towards the layout as it stands now.

Specifications:

DCC, n-scale

Rolling stock: Fleischmann, PIKO, Minitrix

Buildings: Faller and scratch built

Landscape: NOCH and home made stuff

Calculation of “prototypical” speed.

Time (seconds) to travel 1m (100 cm) on boardCorresponds to real life speed (km/h)
For 0-scale and 00-scale, and if using high speed trains, it may be more convenient to use longer distances on the board. Simply multiply the time accordingly.
n-Scale00 Scale0 Scaleequal to real life speed (km/h)
57.6027.3816.2010
28.8013.698,1020
19.209.135.4030
14.406.844.0540
11.525.483.2450
9.604.562.7060
8.233.912.3170
7.203.422.0380
6.403.041.8090
5.762.741.62100
5.242.491.47110
4.802.281.35120
4.432.111.25130
4.111.961.16140
3.841.831.08150
3.601.711.01160
3.391.610.95170
3.201.520.90180
3.031.440.85190
2.881.370.81200
The calculation is based on scales n (1:160); 00 (1:76); 0 (1:45). Step 1: calculate seconds/km for you desired speed (60 km/h = 60 seconds/km). Divide that number with the scale distance (0 gauge – 1km=22.22m; 00 gauge 1km=13.15m; n gauge 1 km=6.25m). Example: an n gauge loco running at (prototypical) 60 km/h: 60/6.25 = 9.6, so it should run 1m in 9.6 seconds. An 00 gauge loco running 100 km/h: 36/13.15= 2.74 so it should run 1m in 2.74 seconds.

Greenelm Station #9
Greenelm Station #8
Greenelm Station #7
Greenelm Station #6
Greenelm Station #5
Greenelm Station #4
Greenelm Station #3 DCC Wiring
Greenelm Station #2
Greenelm Station #1
Greenelm Station #0
A Musical Interlude