Made a rough cardboard mountain shape.
Rock castings and plaster cloth were added to the cardboard frame, and any gaps were filled in. As you can see drywall compound and Plaster of Paris do not absorb paint the same. As a note you can't use the wet drywall compound in rock molds as it will not cure. I made a slurry of Plaster of Paris and painted over the compound areas.
Here are the results. Note the talus at the bottom of the cliff. After the trestle is permanently installed, more bits of rocks will be added.
Carving or scratching in strata lines help make the various cast rocks, blend together. In the picture below strata lines were even carved around a corner.
In some areas, faint line were enhanced a little, in other places the faint strata lines were over emphasized. The promitory below is an example of this
technique.
None of these cracks and fissure were in the casting.
Even though the real Grant's Pass never was completed, it lives on as The Grants Pass Western.
Monday, April 27, 2020
Saturday, April 25, 2020
The Cliff behind the trestle.
Put in a support system, hung under the existing table top. It was made up of scrap wood and spaced the height of my rock castings. It also was made to have crooks and crannies along the cliff face.
Rock castings were added to all the stepped out levels and most of the gaps were filled in. Any remaining ones will get filled in after the plaster dies.
Hard to see with the castings being all white but there is 4 stepped up levels. I may have to do some rework to make the bent steps not look so contrived. On wards and upwards, to the mountain tops.
Rock castings were added to all the stepped out levels and most of the gaps were filled in. Any remaining ones will get filled in after the plaster dies.
Hard to see with the castings being all white but there is 4 stepped up levels. I may have to do some rework to make the bent steps not look so contrived. On wards and upwards, to the mountain tops.
Friday, April 24, 2020
Rock work under the bents
The new trestle area was prepared for the supporting terrain under the bents.
Then rock molds were added under the bents.
About 25 molded rocks later. Next to cast more rocks to fill in the cliff area.
Then rock molds were added under the bents.
About 25 molded rocks later. Next to cast more rocks to fill in the cliff area.
Tuesday, April 21, 2020
New trestle.
Oh what should I do during the "Isolation"? A January 1986 issue of Model Railroader somehow keeps landing in my hands, by the way it cost $2.75. Floor to ceiling scenery and the spindly trestle, draws me over and over to the Snake Head Trestle area on Mike Simon's Silverton & Telluride Ry. Co. layout which was designed by Malcolm Furlow, So I decided to bite the bullet and build my version of it.
Now who wouldn't want this as part of your layout? To set the record straight, I'm not building the scenery from the ceiling to the floor, my trestle is only 11 inches high, not 18 inches high, I left out the short truss bridge and I doubt my scenery will rival theirs.
Below is a picture of the area where the trestle will be installed with a cardboard template of the shape of the trestle. You will also note the scenery has not been removed yet. Yes I'm building the trestle first!
Using this template the stringers were glued and bent between rows of finishing nails. After drying for a day, ties were added between the nails. Once they dried the nails were pulled and ties were added to these areas.
The next step was to use an old code 83 flex track I had on hand. After removing most of the ties, only leaving 1 tie every 2 inches or so, it was taped down to conform to the radius of the trestle deck and the ties left on the track were adjusted in between the deck ties.
Even though the flex track ties keep the rails in gauge, track spiking gauges were also used. Below is a close up to show the gauge and remaining ties.
As can be seen the tracks were spiked down every 2 or 3 ties. The code 70 guard rails were added next. Once everything was checked the flex track ties were removed. As a note the flex track ties are half as thick as the trestle ties, allowing them to be pushed down and slid out from under the rails.
Trestle bents and bracing were built and added to the deck.
Completed trestle sitting on another part of my layout. Stay tuned for the rest of the story.
Now who wouldn't want this as part of your layout? To set the record straight, I'm not building the scenery from the ceiling to the floor, my trestle is only 11 inches high, not 18 inches high, I left out the short truss bridge and I doubt my scenery will rival theirs.
Below is a picture of the area where the trestle will be installed with a cardboard template of the shape of the trestle. You will also note the scenery has not been removed yet. Yes I'm building the trestle first!
Using this template the stringers were glued and bent between rows of finishing nails. After drying for a day, ties were added between the nails. Once they dried the nails were pulled and ties were added to these areas.
The next step was to use an old code 83 flex track I had on hand. After removing most of the ties, only leaving 1 tie every 2 inches or so, it was taped down to conform to the radius of the trestle deck and the ties left on the track were adjusted in between the deck ties.
Even though the flex track ties keep the rails in gauge, track spiking gauges were also used. Below is a close up to show the gauge and remaining ties.
As can be seen the tracks were spiked down every 2 or 3 ties. The code 70 guard rails were added next. Once everything was checked the flex track ties were removed. As a note the flex track ties are half as thick as the trestle ties, allowing them to be pushed down and slid out from under the rails.
Trestle bents and bracing were built and added to the deck.
Completed trestle sitting on another part of my layout. Stay tuned for the rest of the story.
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