Nelson changes

One of my big problems is that I don’t like doing updates until the things are done. In the case of what I’m working on now, that is still a ways away. This post will be covering a portion of the changes I’m making, to be more bite sized.

The last update I did was in January 2023. 2023 turned out to be one of the roughest years of my life. Grief, turmoil, loss, injury, insecurity. Not the best time to be doing a huge alteration. I was hoping to have the layout running again by Jan 2024, but that didn’t even come close to happening. Fortunately, a slow month at work was expected, and I used it to my advantage. With any luck, I’ll be able to host an open house for Supertrain, and an operating session around then too.

To start, this is the original plan I had for Nelson. I’ve greyed out the track that I didn’t get around to laying, prioritizing other things.

While this plan worked well, there were some drawbacks that I hadn’t considered when I first created it. I remained faithful to the original idea of the yard, with most elements where they belonged. It operated smoothly and reliably.

The main problems that were identified:

  1. Arrival/Departure tracks
  2. Aisle space
  3. Proximity to Procter and Castlegar

1 is the biggest issue. I took my design cues from the real Nelson, which has 3 full length tracks in the yard (not counting 4, which has the ladder to the shorter tracks come off midway, as above) however my west end design was reduced slightly due to lack of space, with only 3 tracks making it all the way to the west ladder.

Operations on my layout in general are defined by 2 characteristics. Firstly, many cars appear identical at first glance – either being red or brown 40′ boxcars – and N scale numbers are hard to read, especially when you’re under time pressure to get a train out of the yard and have 30 of them to find. Second, cars are routed via JMRI and, as many people have been frustrated with, it is very inflexible. I have considered (and still am considering) many different ways of making the yards work. Of course, in real life, the yard crews would be able to do whatever they wanted, slamming cars away wherever they fit and made sense. Trains would be assembled and they’d take whatever tonnage they could handle that was going in their direction. Where that falls apart is using JMRI. One thing I wanted was to make it easier to find cars. What I ended up doing was assigning tracks very purposefully. This isn’t something operators will notice, but most trains will need cars from a maximum of 3 tracks, because I’ve assigned each track to a specific train each for lifts and drops. Multiple trains may work a single track, but in JMRI they’re set up as pool tracks with multiple ghost tracks making up the single physical track! (These ghost tracks appear as regular tracks, anything past the “-” doesn’t show up on manifests, so 6, 6-2, 6-3, and 6-6 all show up as “6” on switch lists)

This also shows how my tracks are divided into arrival/departure tracks (1-4) and the classification yard (5-8) which is primarily for blocks that stay on the layout being swapped between trains, rather than the larger cuts which will go to and from east staging. Remember, by this point there was no through service west of Midway, so almost all tonnage is coming from/going to the east.

Track 6 is a great example of this. It actually has 3 ghost tracks in it, one of which is extremely very specific – the Celgar kraft mill at Castlegar received sulphuric acid from the Trail smelter. IRL these would have been dropped off at Castlegar by one of the Trail freights, but I figured I’d reduce the switching on that in an already busy Castlegar and only have them stop at Nelson.

  1. Kraft switcher (No. 87)
  2. Boundary sub Wayfreight (No. 81)
  3. Nelson sub freight (No. 92)
  4. Nelson sub wayfreight (No. 90)

While I would love the eastbounds to be more fluid leaving town with whatever tonnage is available at their call time, as long as I’m running all these trains every session, I have to have each of these tracks available to dump cars in from arriving trains. The incoming freights from the east dump cars into the appropriate tracks (1,2, class yard) and then based on the way ops have worked so far, the eastbound Boundary sub wayfreight dumps into 3 and the Kraft dumps into 4, in order that No. 90 can leave the next morning (Kraft is frequently the last job running) and 92 can leave that same day. Currently, 90 gets doubled over between 4 and 5, which is why they’re visible as one track on the manifest.

Long story short, 4 full length tracks was the goal, but how was I to manage that? I didn’t want to tear out and re-lay the entire class yard ladder. Mucking around in the west end felt inevitable.

Enter the move. Great excuse. I decided that what I’d do would be to treat the yard a bit like a switchboard and, leaving both class yard ladders and the east ladder intact, slide every single track to connect to the next one over at the west end, so the mainline would be on a new track, 1 would connect to the old main, 2 would connect to old 1, etc, and then build a new west ladder for the A/D tracks to smooth it all out. I also removed the crossovers that go from 1-3 because in all the op sessions I’ve had, I think they’ve been used exactly once.

Closeup of before/after:

These don’t line up perfectly because of the slight rotation I had to do to match the very strange wall in the new room, but you can tell how I preserved the west class yard ladder and added more bulk toward the west switch. I had one extra switch I didn’t know what to do with in the class yard at this point and toyed with the idea of adding a scale track, but it just all seemed too tight to manage. Maybe I’ll change my mind before I finish, though.

Next up, you’re probably thinking “What are all those tracks that appeared??”
Well, that’s the South Yard. One of 2 main industrial areas in Nelson. There’s a ton of reference photos thanks to the highway being built above it in the 60s.

1960s plan, full version available in the CPHA documents library as Nelson BC Yard
South yard, 1960s, Ellis Anderson photo
Aerial photo ca 1940s, Nelson Museum

Main objectives for this area are primarily visual, with operations second. Landmarks are the station, merchandise terminal, and ice house, plus the whole industrial mishmash behind. The operational objective is to create a small job (30ish real minutes) to kill some time if the yard operator isn’t busy.

From the sounds of it, the fuel dealers were the main customer by the 1970s. Sometime in the 50s the merchandise terminal tracks were shortened to accommodate more truck bays. It seems like a lot of the tracks were just used as storage for extra cars or OCS. However, I have the space, why not make use of it? After checking what reaching over was like with the new positioning of the upper deck, I decided to jam in as many tracks as possible, even using a 12″ radius on some. Tight! We’ll see what I end up actually putting in the back. Those tracks probably won’t be worked very often, being a nearly 3′ reach at hip level.

I’ve moved the tracks at the merch terminal to the north (aisle) side for easy switching access. One consideration was leaving enough space at the east end of the building so that it would visually make sense that trucks could depart from there – lots of layouts don’t leave enough room for their turning radius!

The ice house hadn’t been used for years, but the superintendent’s car (No. 19) was often stored there. I decided to move it around the corner and rotate it after some very scientific experiments. Mark Dance gave me some of his mockups after he built the structures, and they’re doing a very good job setting the scene. Neither his merch terminal not station are to scale, but I intend mine to be.

A quick word about switching. I don’t know where to fit this in this post, but it’s important to note – almost every industry and spur in Nelson was facing point when switched from the west. The whole yard usually was, partly because there was nothing to the west besides trees and water, but to the east there were public grade crossings that you’d continually be blocking.

Next up, while trying to fit a scale track, I started thinking about the shops and whether I wanted to change anything.

Yard plan as of 2022
Current yard plan

Nelson yard plan from CPHA document library, rotated to match layout viewing angle
Aerial photo ca. 1960s, crop

Firstly I was annoyed by the shop lead configuration. At this time I had yet to decide whether I wanted a full 4 stall shop with no compression, or a 3 stall one, as Mark Dance did, so I only laid the 3 tracks. I later decided to go full size, but wanted to keep all the shop tracks on the same lead. This means I do have to pull out 2 more existing turnouts (which may damage them and mean I need to cut new ties) but all the shop tracks will end up being in a sensible configuration, plus the stores track on the north side of the shop will be there too.

In the old plan, I had made the RIP yard dense (13′ centres) to be used as overflow from the main yard, but I’ve decided against this because I probably don’t need it. I’ve decided to reduce it to 2 tracks on 18′ centres (should be approx what the prototype was) to have room for the concrete platforms in between. I’ve yet to decide whether this will be something used in ops or somewhere I put equipment that actually needs to be fixed.

I’ve also made sure there’s enough room for the boiler house on the west side of Cottonwood Creek, which supplied steam to the shops.

Nelson station, shops, and boiler house in 1993, Bill Hooper photo

The roundhouse will be used to house my steam locomotives, anachronism be damned. It appears to have been built with 7 stalls originally and then expanded to 10 or 11, with the expansion torn down in the late 60s and 7 stalls remaining in the 70s, one of them having the track removed for a total of 6 tracks. That’s how it will be modeled, though I will likely ignore the 3 former roundhouse tracks that seem to have been left. The taller, wider part on the east side was the car shop, and this may come into play for ops.

Nelson roundhouse and car shops in 1986, J.W. Booth photo

Mark put a lot of thought into how his shops/hostler position would work, and that’s going to be helpful to me as well!

Moving a little bit east, there are a few tracks that come off east of the station. This was an area that always caught my eye but I didn’t have space to model as I wished. Stretching the layout between Nelson and Procter gave me ample choice of what I wanted to fill the space with, and I was excited to give the east end of town due coverage. Between Ward Street and Cedar Street, there are 4 blocks of buildings that were served by 2 spurs, as well as multiple grade crossings.

1960s aerial view of the east end of Nelson yard (crop)

On the large map, these industries are shown as, from west to east:
W.H. Malkin Co [grocer]
Ellison Milling Co
[Josephine Street] [[Crossing closed]]
Crown National(?)
Swift Canadian [meat wholesaler]
T.S Shorthouse
Wood Vallance
Kelly Douglas [grocer]
[Hall Street]
Wood Vallance Warehouse + Truck terminal
Hendrx Street [no crossing]Provincial Department of Public Works


From Nelson BC Yard map, CPHA

There are a couple more industries on the north side as well, but I didn’t have room to put in another trailing point spur and didn’t want to add a facing point one. There is room on the Nelson shops lead to add it as a trailing point, or beyond Hall street as a facing point if I wish to later.

I’ve decided to compress them roughly 25-30% but have most of the major ones. An addition not shown on the yard is the chute, where slag from the Silver King and other local mines was loaded into side dump cars to be taken to the Trail smelter. Another closed loop! Delicious.

Here’s why this area is so important to me. Historic brick buildings!

Extra 4053 West entering Nelson, John Zuk photo
Ellison Milling, Nelson, BC, Matthew Hicks photo
Former Kelly Douglas building, Nelson, BC, Matthew Hicks photo
Swift Canadian building, Nelson, BC, Matthew Hicks photo

One quirk is that, at times, the BN train would put its train away into the spur ending at Ellison. More often they’d dump it on the main yard ladder and let the yard crew do their thing, but I felt adding this extra track would be worthwhile in case that’s how I ended up doing it. I did some mockups and felt that having it come off on the east side of Cottonwood Creek would give enough length and not put it too far off where it was in real life – though it was 1000′ long or so! Mine will be 600-700, though if something’s spotted at the end that effectively reduces it.

The BN power will always go to the shops. A quirk of pre-NAFTA trade agreements stipulated that BN had to buy the equivalent amount of fuel that they’d use in Canada, so they had that service done at the CP shop.

600′ excluding locomotives looks like a good length, no?

BN? Yeah, I’ll get to that in another post covering Troup and Procter!

At the very east end of Nelson is the Kootenay Forest Products mill. This was only active into 1982, but had a plywood mill added in 1966. Most photos don’t show it! It’s the one with the curved roof. It’s pretty self explanatory – a single track goes through 2 lumber loading sheds, another goes through the plywood mill, flatcars were loaded outside of the mill, and a chip track was at the far end. I’ve got genuinely tons of space here so I’m going to be modeling all of it in a faithful form, though not to scale – the real complex was around 2300′, which would be 14′ in N!

KFP ca 1960, Nelson Museum
KFP in 1974 showing plywood mill, BC forest service in BC Archives
KFP unknown date, Nelson Museum

The only weird thing about this plan is that instead of just having the main going through the plant, the switch lead from the yard will be there also. I definitely prefer that to having Procter be the switch lead, as ended up being the solution last time. KFP will also be switched by Nelson switcher power, either a set of 2 or, more realistically, a single S4 (7110 or 7116)

Okay, now to build some switches and finish laying all of this!

More 1970s FM footage!

Since my last post, another video has been posted. What a time to be online! This one features H24-66 “Trainmasters” working in the Trail smelter, with a wig-wag crossing signal, a business car on a freight train, and lots of CLC!

Video by Peter Layland, edited by Nolan Layland

1970s footage from Nelson

Freshly uploaded from the Nelson museum is a series of videos by Al Peterson, in two parts.

Highlights:

  • 2-8-0 3716 with the BC museum train at Castlegar (3716 is still running on the KVSR at Summerland)
  • Junked out lease power including PNC GP7s and a BLE F unit
  • A full variety of CP CLC and GMD power
  • Taghum during highway bridge construction
  • Some great harmonic rocking on jointed rail!

I was so thoroughly stoked to see this.

NM 9 CPR Yards, Nelson | Locomotive #3716 at Castlegar | Freight train over Taghum Bridge, 1970s
NM 8 CPR box car fire at Nelson, Locomotive 5513 near Nelson, train along Poupore Hill, 1970s

How to model an avalanche path

If you google “how to model an avalanche”, you’re likely to turn up almost entirely results about computer modeling of avalanches. Not helpful! I went into this one mostly on my own.

In the end I’ll have 2 avalanche paths on the KD – The McRae canyon/Paulson Gap slops with snowshed, and one at mile 93.6 of the Nelson sub along Kootenay Lake with a slide fence and perhaps signals. The latter is a long way off, but I’ve finished (I think) the former.

The shed is partially scratchbuilt, with stripwood sheathing and roof over laser cut bents, as cut by RS Laser. The background is by my partner Adrienne. The snowshed sits on a base carved from thick plaster of paris, shaped as it set to be the correct profile.

I’m modeling mid spring, so there’s still the remainders of avalanches on the slope and shed, mostly where they came to rest, at their thickest, but the slope itself shows signs of being recently covered – still brown since spring was delayed waiting for melt. This means a whole lot of brown tones.

You can do whatever you want to get the desired base shape. I prefer to use plaster, and once I had that to my liking, I started off with a layer of dirt tone paint (varies by location) with varied random-ish splashes of both real dirt from the area and earth blend ground cover. (Either scenic express or woodland scenics are good.) After these were dry, I sprayed a good layer of 1:3 white glue:water over the whole area and sprinkled some random rocks and dead static grass (by hand, no applicator) and did a little finger finessing to get it pointed down the slope if it looked wrong. The top layer were the bushes that are present on most avalanche paths – protected and weighed down by snow, they’re not demolished by slides the way trees are. I used Scenic Express Supertrees that I spray painted brown. On the sides of the slope, I sprayed a little extra glue on them and sprinkled a bit of fine green ground foam on to simulate fresh buds. Either side of that, there’s an abrupt line of mature trees that haven’t been touched by sliding snow. At the bottom is bare rock, but that’s specific to my location with its shed – you will want scattered rocks brought down by the avalanche around, but not necessarily exclusively. Definitely lots of dead trees – whether the packaged ones by Woodland Scenics or the ones I made from both Supertree trunks or bamboo skewers.

Now the piece de resistance! Leftover snow. Way easier than it looks. Grab some sculptamold (probably specifically due to its light yet clumpy consistency, can’t think of any substitutions) then press some rocks into it and shape it vaguely to where you want, then spray it with water. When it’s fully wetted you can tease it a little bit into more the shape you want, but you don’t want to do too much and make it lose its lumpy texture. After it’s dry you can wash a tiny bit of brown paint (raw umber-ish) onto small spots to give it that dirty texture, but VERY SPARINGLY.

And voila!

Order 21 to Passenger Extra 4063 West

That’s right – The Canadian has arrived, detoured from Dunmore, AB, to Hope, BC. A perfect showcase to my main work this year – scenery between Farron and Fife. Here she is, the Grande Dame of Canadian rail, at the newly forested area east of Fife.

The Canadian drifts downgrade at track speed across the Sutherland Creek fill

In a roundabout way, the introduction of Rapido’s HO scale Canadian was what pushed me into N – realizing that I could never have the right layout for it in HO. Living in a city served for 35 years by this train, with a mere 1 month of overlap with my own life, having a full model of it really fulfills a dream I’ve had since my early teens.

Assiniboine Park, the namesake of which I hold treasured memories, brings up the markers high above Christina Lake

I’ve ordered 2 sets – a chronologically accurate to 1974 11 car set (Rapido 10 car plus express boxcar for Vancouver to Calgary mail service) and a delightfully nostalgic 1955 set, 13 Rapido cars plus 3 U class tourist sleepers from Gooderham kits. Now taking bets on if/when I’ll finish those!

The train hasn’t even made it all the way around the layout yet so this is NOT a review. There are a couple cons, and many, many pros. If you’re on the fence…just buy one or two. It’s glorious.

General update (2019)

Now, where did I leave off? Redesign of the back end, some op sessions? Right.

2019 has been pretty busy for me. I bought my first house! (the basement is a couple hundred feet too small to hold the KD, so it’s not coming with.) That alone took much of my time and, of course, money. My parents remodeled their kitchen, and I helped – a lot. I also got the most devilishly lovely cat who, as it transpires, enjoys climbing mountains with me. Check her out on instagram at MissAdventureCatBram. The summer was busy, and now it’s October, and I’ve finished my last wedding, and work will slow to a trickle.

2 notable things have happened since my last post. Scenery and motive power work.

Rock, rock on!

After a ton of practice, I figured out how to do convincing rocks. I’m working my way around the west side of the summit, but by far I’m most proud of the very prominent cliff at Paulson Gap. I’ll do another post on how to do rocks like these.

No. 81 at Paulson Gap
No. 81 at Paulson Gap

Extra 8421 West nears Fife

20190414 Supertrain ops 12
Extra 4216 East at Tunnel

At Tunnel, I’m modeling the siding as though it was in the process of being torn out. Using a tie template for handlaid track and a bit of the photoshop warp tool, I made a full size template to cut the ties and put them in place for the whole siding.

20181213 01

That, too, will get its own post, especially once I get some weeds in there and make it pop.

I have started some scenery, but I haven’t gotten it down yet and am definitely stalling until it starts to look right. I’m getting close, but haven’t gotten the thick, underbrush look just yet.

20190517 01
Extra 8610 East passes over Sutherland Creek

I made some more lumber loads using my old designs for Boundary Sawmills (Midway), Pope and Talbot (Nelson, Castlegar) and a new design for Crestbrook (Creston). I don’t have any photos handy, maybe I’ll add one in later.

What’s been one of the bigger things for time and money is working on my fleet. I have three main projects.

Project MEGACHUGG is the ALCo/MLW portion, and is 100% completed.

Project ULTRATHRUMM includes CLC units. 4 more fleet additions remain, but they are mostly done, just waiting on parts.

Project HYPERWUMM is what most railfans would call the most boring part, and includes GMD units. It is mainly still in the planning stages, as there are plenty of close enough units running around right now!

I’ll do a thorough post on this later, but here’s a sneak peek!

20181204 01

Over the winter I intend to spend more time working on the layout. No promises.

Northern Rails op session and leadup

I didn’t forget about my blog! It’s just hard to make interesting posts sometimes.

After the redesign, I had an op session. It went well. I went back to doing some scenery – I might do a post on that later. That’s not what this one is about.

With Cranbrook in, I took another look at Nelson sub. operations. I decided to keep the 2 Cranbrook-Nelson freights each way, but get Creston in the mix. I didn’t have time to lay all of Creston so I laid the necessaries – main, siding, backtrack, and a temporarily extended sawmill track.

Ops sequences for the first session were essentially the same as before, and I tested them out to make sure everything ran smoothly. An 0600 call for a west crew out of Cranbrook started the session, but they had work in Creston – a theoretically quick lift from and drop to the back track. However, I hadn’t thought things through and had too many cars on the back track that were supposedly at industries. Additionally, they had to stay out of the way of 11. That train ended up coming into Nelson around 0830 or so – but it had a ton of cars for train 87, due out at 0830, and needing to be blocked. Clearly that wasn’t working. Major changes were needed.

The goal was now twofold. Firstly, unclog Nelson. It was a switching hell. Cars scattered across so many tracks and in no order. Second, get rid of sequential events that could cause chain reactions that caused sessions to grind to a halt waiting for a single train.

New order:

0630: All crews on duty / Nelson yard starts blocking No. 87

0700: East wayfreight departs Midway, No. 11 departs Cranbrook.

0830: 87 departs Nelson.

1000: Nelson wayfreight departs Cranbrook (cars for 81 and 87 the next session), 11 arrives Midway, crew to 81

1100: Creston switcher on duty to move cars from the back track to industries and vice-versa. (Need more track for this to be more than an 0-5-0 assignment!)

1130: 81 departs Nelson, leaving space for the Nelson wayfreight to enter yard

1150: 984, now timetabled from Castlegar to Nelson (previously only on the Nelson sub) departs Castlegar

1215: 984 departs Nelson

1300: 90 departs Nelson with previous day’s cars, lifts and drops at Creston

1500: West freight Cranbrook to Nelson (cars for 81 and 87 for the next session)

1600: No 91 departs Cranbrook for Nelson – now timetabled as fourth class on the Nelson sub

1700: No 91 departs Nelson for Trail

1640: 12 departs Midway

1600-1800: East boundary wayfreight arrives Nelson

1830: 92, mostly boundary loads, runs Nelson to Cranbrook

In this list, only 1 thing needs to happen for another in the session – 92 carries cars that are dropped by the eastbound Boundary sub wayfreight. That’s it. All the other moves between the Nelson and Boundary subs are inter-sessional.

A little change was adding photo printed speed signs to the fascia. Previously the speed limits were buried in the time table, and without little mileposts flying by, it was very hard to know how fast you should go. I went with this style of my own design.

So I called back my faithful crew to whom I am very grateful for another session the following week, and was incredibly pleased with how it ran. I’ve never seen my layout operate so well! I ended up dispatching myself, and it was quiet. Pretty much everything ran per timetable and very few orders were issued. The craziest thing that happened was that the Kraft switcher’s power (GP7 8423, H16-44 8552) couldn’t manage the train back to Nelson from Castlegar. Here’s some photos that I managed to grab in the first and second sessions when I had a free moment!

OS Creston: No. 92 through at 1844. 4240 is a Life Like C424 that I installed LokSound in – it sounds fantastic. It’s going to emerge from the paint shop with correct details in Action Red later this year as 4216 as part of Operation MEGACHUGG.

OS Creston: No. 12 out at 1905.

Remember the 4° curve I mentioned in my last post? It looks FAB. I can’t overstate how pleased I am with it! In that previous photo, I tried to recreate the view from Sunset Seed that I’ve seen multiple photos taken from. Here’s the information sign on the former sawmill site in real life.

East of Creston, I have the temporary Canyon bridge in. I suspect this will be here for many years as it’s such a good stand-in!

Next session I had much more time for photos.

Before the session started, I had to run another train into Nelson to beef up the car count for the outbound freights – this would be the 0500 Extra 8596 West.

With much less time pressure, the Nelson sub wayfreight would be powered by a 4-unit CLC consist and run as Extra 4104 West. The work at Creston was much easier this time.

A bit later, fourth class No. 81 is scheduled to arrive into Castlegar at 1150, with a bolded meet with superior second class No. 984. 81 (Engine 8549) slid into Castlegar at 11:40, just in time to be clear, while the conductor stepped off 5742 to get a coffee and clearance from the station.

I don’t remember exactly what happened to get 4240 over the summit to Midway, but get there she did. Here she is climbing out of Fife.

12 is by the grain elevators at Creston – the fire truck belongs to ACU, who spent some of the summer here and got a lot of Kootenay time in!

Where is ACU, you might ask? His favorite place, plugging away at the Kraft.

I added a bit more fun to the Kraft, 8423 is the newest unit on the rails with Loksound.

Amazingly, all trains for the day were run (save for the GN turn due to lack of manpower)
Here’s No. 92, running on schedule!

Here’s the train sheet so you can see how everything ran. Almost everything is within an hour of timetable, which is pretty good for me.

Okay, great test, everyone! Let’s do Northern Rails, my layout is in prime condition!

The unfortunate few file in to find all their paperwork ready to go…

I blocked all the trains out of staging because that’s cruel to do operators during a session. Out of Cranbrook, the two extra wests are ready for Nelson, and 91 has 8909 on the lead. Presumably it’s heading back to Trail to get grimy in Tadanac.

The GN turn into Grand Forks was still left over from the previous session, and I decided to occupy Cal S. with this until 0830 when the Kraft was on.

Back in the dispatcher’s office, Mike S. confers with Brian D, our dispatcher for the day.

Nelson yard was hard at work right away – 50ish cars total needed to be blocked and ready for trains 87 and 81 before 0830 and 1130, respectively. Glen P. was the yardmaster, and I was lucky to have Brian K (of the Wolverine Lynx) to help get that started.

The eastbound Boundary sub. wayfreight was a bit earlier into Grand Forks than expected and held short of the west siding switch until the GN turn had finished their work. West of the siding switch is the swing gate. Please, nobody open it.

Extra 8696 West today was the Nelson sub wayfreight. Here it is lifting 1 and dropping 12 at Creston.

8602 has been conspicuously absent for the past 2 sessions. It was sidelined with decoder issues and slated as the first member of Operation ULTRATHRUMM – Sound in Kaslo H16-44s. Not an easy task, and this will drag on considering the current Atlas factory situation!

Here it’s arrived at Castlegar. Today, 81 didn’t manage to slip in before 984’s departure.

This is when things started to get WILD. I was running 984 and didn’t get to watch all the proceedings, but things went south in a hurry.

81 was over tonnage for the hill, and we had to decide whether to run pushers down from Farron or have him double. John G, engineer, decided to double. It’s a long way up the hill – 4 scale miles! Luckily (?) extra 4105 East, the eastbound Boundary wayfreight, was struggling with the sheer amount of switching required in Grand Forks.

The first clue everything was going sideways was that both the order boards in Farron were dropped.

81 squared half their train out of the way in Castlegar. I knew I built that yard for something.

Next I saw, they had their train up at Farron and were ready to come back down. The dispatcher was furiously typing up orders to both 81 and X4105E – 81 was to work between Farron and Castlegar, grab the rest of his train, and run up to the shorter siding at Shields and take the siding for X4105E to meet him.

In the midst of all this, a complication. No. 12, the Kettle Valley Express, was due soon and running 15 minutes late. Everyone needed to move for the varnish! Knowing the siding at Farron was occupied, X4105E was held at Grand Forks until 12 was past. 35mph can turn into a blur quickly.

12’s tail was barely past the bridge when 4105’s head end brakeman threw the switch and they started pulling onto the main – but there were complications, they couldn’t get a good joint between an open hopper and the next car.

12 was fine, though.

Things got a bit busy and so a few photos are missing. Eventually X4105E departed Grand Forks, but like so many before, missed their work at Fife and had to back down! They also had work at Farron. 12 met the second part of 81 at Castlegar, and they boogied back up to Shields to patiently wait for X4105E as the meet had been prescribed and they had no choice. 81 was into Shields at 1600, 12 was through around 1800, and 4105 finally boogied through around 2000.

The Kraft Switcher was in Nelson by 1748. That was ridiculously fast, and I’m well impressed.

4105 OS’d into Nelson at 2059. Luckily, the only train contingent on its arrival was No. 92, scheduled out at 1830, but which was annulled. There will be an extra east to move power and cars , either prior to the start of the next session, or at the start.

Flights needed to depart, and we had to call an end to the session. 81 tied up in Grand Forks, making sure to split the crossings. The clock was stopped, but a fresh crew will be taxied in from Nelson to finish the run and make sure everything doesn’t get too bogged down before the next session!

Nelson yard is running incredibly smoothly. Too smoothly? There’s an amazing ebb and flow, it empties nearly completely during the day and fills back up at night for the morning departures.

I was especially impressed by Brian’s dispatching. Many of the operators here are part of the Vancouver group, and while my layout is the only one in Calgary that runs on time table and train order, there are a good number in the Lower Mainland that use it. They all keep in practice while we develop rust and barnacles.

Some things that went wrong – There were some issues with the phone system that I’ve never seen before and wasn’t able to replicate after. I want to add another power district so Nelson yard is on its own. There’s a few more signs I’d like to put in. I still want to blast out a foundation wall and expand aisles. Lots of quick, easy fixes and one that is absolutely not.

Here’s the train sheet, all in all, a good session!

Layout redesign – Cranbrook to Creston

An operator at a session last year unintentionally unleashed a demon on my layout.

When are you going to put in Creston?”

When…when am I….well, first I have to figure out the track plan and proper operations, which have an impact on Nelson and Cranbrook. Looking into those, I realized I had a problem – the east siding switch of Creston was only about 400 feet from the west siding switch of Cranbrook. That was going to cause some problems! I decided to solve that as well as another problem at once by adding some run. But there’s no more room to expand the layout! Unless you think…. UP!

Here’s my Cranbrook, ca. 2017. It was in this configuration for less than a year! I had roughed in a middle level for stub ended storage tracks, approx. 2400′ long, for whatever I wanted to shove in from the non-existent helix that I had intended to connect the east and west ends of the layout with but never built or needed.

Here’s the old plan:

You can see the issue – this is compounded because operators have to walk around a fair distance to get from Creston to Cranbrook due to the furnace and water heater being in the way.

In real life, east of Creston, the line climbs up a maximum 1.25% grade up the Goat river to a summit at Goatfell before descending a short downhill to Yahk. There’s not too much on the way, the small town of Kitchener (station name McConnel to avoid confusion with Kitchener, ON, as the CP didn’t allow duplicate names on its system), but what really catches my eye are two features. First, east of Erickson (a stone’s throw from Creston) the railway crosses the Goat river’s box canyon at the town of Canyon (Original!) on a pretty darn nice bridge.

Canyon-Lister road also passes over the river and under the rail line, as you can see.

Up past McConnel, the line goes around a pretty nifty horseshoe curve that’s hidden by trees. I’ve never seen a photo of a train on it, but it’s plainly visible on google maps.

https://goo.gl/maps/bbGrt95h23s

I realized that I had plenty of space to incorporate both of these, but I felt like I needed something more in the wide scene. I chose to add a 15′ wooden trestle that exists up at Goatfell. It should be a culvert, but instead, it’s a great project!

 

I drew up plans to move Cranbrook from its current elevation at 0.5″ to 12.5″.  After some experimentation, I decided this was the minimum deck separation from the lower deck that would allow it to be scenically workable. This also left enough room to access Cranbrook under Midway. Here’s the new plan:

You can see the Canyon bridge on the original alignment (which was dictated by the furnace and studs) leading up to the horseshoe curve before going through a 2 turn helix to bring it to Cranbrook’s new height. The grade is 1.25% from Creston onto the bridge, going up to 2.0% about the midpoint of the room through the horseshoe – more on that later.

Up in Cranbrook, I originally designed it with 6 run-through tracks and 1 shorter stub track. I guess I wasn’t paying attention when everyone said that you need to design more staging than you think you need! I added 1 long and 3 shorter run-through tracks (800-1000′) and removed the stub track. I moved the reverse loop to the right side of the room, keeping it on the east end of the line, as the tracks in Cranbrook were now reversed east to west.

Building a wedding cake helix:

I wanted the grade in the helix itself to be as mild as possible. My other helix continues with the 2.65% ruling grade of the Boundary sub, but I didn’t want to have such a prominent grade be an obstacle to operations. (The other one is so on purpose)

The grade is 2.0% coming through the horseshoe curve, but lessens to 1.75% through the helix. Why? Two reasons. The ruling grade is in the curve, which means that if a train either can’t make the hill you’ll know right away, and worse, if it stringlines, it’s going to do it where you can easily get it back on the rails without screwing around in a well-designed and accessible helix.

With the grade being 1.75% throughout the helix, but that meant that the separation between levels was going to be 2.1″ railhead to railhead. That’s not a whole lot! I decided to make the helix out of a 1/4″ plywood base supported every 6-8″ and 1/8″ hardboard on top of that to join the plywood together. Take away another 1/8″ for the ties and rails, and that leaves 1-5/8″ clearance above the rail. Note that this is slightly more than the NMRA recommended 1-9/16″, but that doesn’t allow for fingers. I cut them in arcs from smaller pieces I had kicking around. I designed it as an upside down wedding cake style so that you can reach in from above as well as the side, making access much easier. The radius expands by 1″ every level, giving (as you’d expect) a 1″ offset from one level to the next.

I basically laminated the two layers together with wood glue and a ton of clamps.

Here’s an overview before I wrapped the outside in hardboard.

Moving the Cranbrook Staging Yard:

So I’m adding a couple tracks, does that mean I want to rip out the whole yard? No – and it’s designed sectionally, as is the rest of my layout. So why not take it apart and put it back together? Sounds easy! Of course it’s not. Coming apart went well. I used my ultra thin dremel cutoff wheel to gap all the rails first.

Took out all the screws, and she’s free!

I disconnected the wires from their terminal strips at the section joins and carefully pulled everything apart, making sure none of my additions were looped or stuck, removing the occasional piece of benchwork to free some wire or another until the section was free.

Then things started to get weird.

This just felt wrong! Anyway, those stayed like that for the next couple weeks while I tore out the old benchwork and put in new. Things were very messy during this time. I was able to reuse about half of what was there before, but other changes were too big and I had to add new L girders and joists.

One complication: My wider helix was closer to the wall than the original curve into the yard, so I have to shave a couple inches off that section, in a straight line. I clamped a 1×3 in precisely the right spot to keep the blade of my circular saw where it should be, and prayed that I wouldn’t destroy my track.

In the end, I only messed up the flex a little bit and broke one PCB tie on the turnout. Not too bad!

I added in 2 additional turnouts to this ladder as well as a small extension on the table to accommodate the 2 extra tracks. I put the turnouts in while the section was still loose, it was the easiest way to work and didn’t have me hunched into the corner for hours.

I also cut a new ladder of  3#8 turnouts in at the back. I chose 8s because the angle more closely matched how the yard came away from the wall.

Moving the yard over by those few inches also left me with a choice – do I move the whole yard over, or make it slightly longer? Might as well make it longer! It was easier on a few tracks to replace the flextrack to the next join rather than splice in a 4″ section. I added the other new tracks later in order to get the layout running faster.

Out by the furnace, I had to replace the dispatcher’s panel as it was soaked by a leak from the furnace humidifier that I didn’t realize was even on, so I built a sort of box to support both the Cranbrook reverse loop, the line up from Creston, and the new DS panel. At the same time, I realized this wall isn’t load bearing, so I removed a couple of studs. Hehehe.

Down the Hill to Creston

Let’s jump back a bit. Since the staging yard was gone and accessibility was at an all-time high, it was time to build the grade down to Creston. As I’ve done before, I used xTrackCAD to make the best use of my plywood for the cookie cutter roadbed. I don’t have that file anymore, but here’s one from earlier construction:

That jigsaw was a damn good investment.

Put them all up on risers, as I’ve done a hundred times before – I use shims and levels to make sure the height difference is correct between the risers, as well as to check the risers are level on top.

I left this gap for my tiny trestle. I hadn’t decided if it was going to be as small as in real life (it will be) so I left a bit of extra length and height just in case.

I didn’t use cork roadbed inside the helix, but I did transition to it before the visible run. I’m superelevating the curves using the masking tape method I’ve been using forever. Superelevation looks SO GOOD, GUYS.

I’ve made a change to the way I designed this part from the rest of the layout. Most of the curves on the rest are 18″. Here, I tried some variation, as well as adding a few longer straight sections. There’s an 18″ curve, a 24″ curve, even a 30″ curve! Believe me when I say it looks FANTASTIC.

I mentioned this was all because of Creston, right? While I haven’t yet finalized my design for it, I decided where the mainline was going to go – which isn’t where it was previously. I wanted it to be on a ridiculously wide curve. How was I going to manage that? Well, I decided to grab a piece of 1/4″ hardboard, clamp it to 2 pieces of lumber where the ends were, and let it decide the rest.

Mmmm. If I managed to get it close, that’s about a 110″ radius – a 4° curve!

It was at this point I took a 2 week break from trains to get married. (Sorry, not sorry.)

With that checked off my life goals list, I went back to lay track up from the Kootenay Landing bridge to Cranbrook as well as add in the 4 new staging tracks and reverse loop, put the feeders on, and ran 2 extras back into staging where they belonged!

See what I mean? These curves look fantastic.

Gee, seems empty up there…

You can see the Midway panel kicking around where it shouldn’t be – that’s because it was too tall and interfered with Cranbrook once it was moved. I decided to make a new panel for Midway and make fascia for the staging in order to make it look a bit nice. I also had to make a new panel for Cranbrook. I reused the old bits from both to save myself from a ton of soldering, which constrained me somewhat size-wise.

I combined the Midway panel with the tiny panel that controls the switch into Midway but is on the far side of the backdrop, and made everything tiny and compact.

Cranbrook’s panel was a bit more complicated to move, what with the changes in track configuration and all.

A lot of my electrical looks really good. Here, I was just tired of it all. I stopped caring. I still don’t care.

Time to put the dispatcher panel back! I made a new one that was larger and had room to put random bits of information on.

Then I had an op session. The end. For now.