At the end of 2016 I was relocated at work which allowed me to move back home and commence some planning and preparation for my home layout: the one I’d always wanted to build but never been able to as I was required to move every five years or so. In the lead up to the end of my time at that school I must have mentioned to one of the teachers that I was going to get a sign made up for the door of my new train room and it was going to read “Trev’s Trains”. I’d climb the stairs, shut the door and only come down again when I’d had too much of running my trains. At the dinner held to farewell me one of my wonderful staff gave me a gift that now hangs on the door of the train room. It seems as if the teachers at the schools where I’ve worked sometimes do listen to what I say 🙂
I decided to install the sign quite a while prior to the room being ready for trains.
Work on lining the train room has happened in fits and starts over the past two weeks but the process is drawing to a conclusion. When complete I should have an unpainted room that finally has the leak in the roof fixed (we’re pretty sure we’ve solved the problem this time), lit by six flourescent light fixtures. I have to get some blinds measured and fitted and I’m considering whether to have vinyl flooring installed, but generally speaking the main job for me will be painting the interior. After this all I really have left to get done is to have the lights and power outlets installed by an electrician. I’d guess about four weeks should see all that complete. When the weather starts warming up I’ll see whether I need an airconditioner installed. My guess would be that it will need one but I’m prepared to wait.
The plasterboard is probably one day’s work away from completion. Once that’s done the builder will come back and install skirting and two access hatches in the low, vertical walls.
While it was sunny outside, and as the plasterer hadn’t turned up, I decided to head upstairs and take a few photos of progress on the room. It was certainly apparent to me that the volume of space available for trains was less than I’d started with, but even without paint and no lights fitted it was amazing how much brighter the room was. It was also still cool up there in spite of the fact that I could feel the heat of the sun coming off the sheet metal as I climbed the stairs.
This is a fairly crummy early photo I took of the room on my phone but it gives you an idea of the dramatic change brought about by the plasterboard.
As I was going up there to take photos anyway I also took a set of layout legs that were leaning against the wall downstairs. I’d used these legs on my aborted attempt to set Morpeth and Queens Wharf up as a home layout about three years ago in a previous home.
These legs are 1.2 (4′) tall. If the top cross beam was to be used as a datum line for the height of the benchwork you can clearly see my problem. We haven’t even started to add the thickness of the benchwork modules and track yet and I’ve already touched the sloping sky.
The photo above clearly demonstrates my problem with layout height along this part of the room and it gets worse on the other side of the room because the line for the branch has to climb above the rail height on this side as it struggles to clear the storage sidings. And this is before I start to contemplate the fact that the rear leg doesn’t even touch the wall at this point. I suppose at least I don’t have a dirty great lattice beam slicing through the scene as would have been the case if I’d allowed the builder to push the ceiling further back toward the roof. The conclusion that I’m going to have to lower the layout by about 200mm (8″) (if not more) from this height is quickly becoming a foregone one.
This is the most recent version of the Muswellbrook layout plan. I’ve had to put a lot of new work into this plan and it’s all Ray Pilgrim’s fault! 🙂
With some salutary lessons being taught as the room’s lining has progressed I’ve put some more work into the layout plan. You’ll notice that it now sports some pretty colours and the branch’s minimum radius is now 1.35m rather than the previous 1.5m. This change has occurred to allow me to squeeze in a flour mill and petroleum siding to give the branch a more diversified traffic pattern. It may not be terribly apparent but my primary interest is branch line running and this layout is really just a short length of mainline that has a branch line running off it. The plan has essentially been an exercise in attempting to get away with as little mainline as possible and shoehorn in as much branch as possible. There was no flour mill at Merriwa and certainly not one with a petroleum siding conveniently located a small distance down the line, but there is just this arrangement in the midwest town of Grenfell.
This is a snip of the track arrangement of Grenfell. I snapped a few photos of the flour mill at Grenfell many years ago as I was driving through town in the late 90s. What hadn’t been apparent to me at the time was that the siding extended beyond the mill buildings and also served a petroleum outlet. What more could I ask for?
There were a couple of oil sidings at Merriwa but I was having a bit of a struggle fitting them in. I also had on my mind that there was a lot of unused floor space in the middle of the room where I could fit a nice big industry as long as I could find one that suited the location. Merriwa is four and a half hours drive from Grenfell but both are wheat towns and including this industry allows me to achieve all the aims I had for the end of the branch in a prototypical arrangement.
This photo shows the appeal of the mill at the end of Grenfell’s rail yard and it is typical of many that were dotted around the state in NSW towns like Gunnedah and Gilgandra. The fact that all these towns start with G is purely coincidental (I think) 🙂
After much thinking and cogitating I decided I really needed to check whether Ray Pilgrim’s fear (posted in a comment on the blog) that I didn’t have enough space for the branch to clear the storage sidings was well founded or not. I was well aware that it was going to be a close run thing but I am ever the optimist. I tend to favour grades of not much more than 1 in 100 (1%) which means a 1cm rise for every meter of travel. I like this grade because it’s simple, being based on tens so even my mathematically challenged brain can handle it. I’d worked out that there needed to be a minimum of 150mm (6″) clearance at the spot where the wheat silo is located. This allows 150mm of clearance between the rail head of the storage sidings and the top of the benchwork above. This would allow 110mm for the track and trains to clear the underside of the benchwork and 40mm for the roadbed and associated benchwork. Turns out Ray was right to be skeptical: there was very little chance of the line gaining sufficient height using a 1% grade. So I tested a 1.5% grade and the line does just clear the storage roads. I could probably push things a little harder with something like a 1.7% grade on the branch and I could even give the storage sidings a slight grade to help things along but I believe there is sufficient room (just).
Right on cue a couple of PECO curved turnouts I’d ordered from the UK turned up in the mail today. I unpacked them to take a look and I have to admit to being impressed in spite of my reservations about whether they will be a blot on my NSW railway landscape. They’re well made and nowhere near as ugly as the O-gauge points of old I’ve seen. They’re not a very close match to anything being used in NSW either but think of the hundreds of layouts built in Australia using the OO/HO equivalent and I don’t remember hearing too many adverse comments from people who have actually built layouts. As opposed to those of a more pure, theoretical bent who are quick to criticise the efforts of others without ever sullying the railway scene with a layout of their own. I can make and lay my own track, I’ve done so on my last two layouts. However both of these layouts only required about 5 or 6 turnouts: Muswellbrook needs about 25 on the scenic portion of the layout. I estimate about 4-5 hours work will be required for each point if I hand build them and that’s just for the plain #6 type. When it comes to the fancy curved variety that are needed for this layout the time to build one will probably double. That means about 150 hours to make the points required, add to this the track and you start to see why I’m contemplating using PECO turnouts.