Ta, it’s just the guts to be honest I use washes, thinned Tamiya paint with water and on with a one inch brush then wipe off most of it with a cloth or towel roll. By gradually building it in layers and dabbing at it, wiping hard or soft in different passes the effects just build. There are a couple of browns, couple of greys, black and light grey used. And if it’s too thick a second brush in a pot of water straight on thins it outIf I only had the guts (and mastered the techniques)...
amazing!!!!
It's always sounds easy though, but no one mentions how long it takes to master the skillsTa, it’s just the guts to be honest I use washes, thinned Tamiya paint with water and on with a one inch brush then wipe off most of it with a cloth or towel roll. By gradually building it in layers and dabbing at it, wiping hard or soft in different passes the effects just build. There are a couple of browns, couple of greys, black and light grey used. And if it’s too thick a second brush in a pot of water straight on thins it out
First time I did it with that technique? About 5 minutes! It literally is having the guts to give it a go as you build it up gradually. Wash on wipe off, sit back and contemplate does it need more?It's always sounds easy though, but no one mentions how long it takes to master the skills
Working solution to this conundrum.
Automated Rack Railway Conundrum - G Scale Central
View attachment 263901
Please could you explain - I can't make out from the picture exactly what you've done and what I would need to do to implement.Thanks.
It sounds so easy...
Will do a write up, schematics, from the test circuit shown, and put together a working model with a video.
Only requires three "reed triggers" as per the original idea, would like to experiment with an idea of using "current sense" detectors as an alternative method.
Experimentation and testing with an Arduino based DCC single point decoder, likewise an Arduino DCC Decoder to operate a Solenoid Air Valve for point control.
The "conundrum" was getting "switch 1 point motor" to operate correctly, basic idea "reed trigger 1" sets the route for the point to be "thrown" when activated by "reed trigger 2a", "reed trigger 3" sets the route for "reed trigger 2b" to activate for the point to return to normal.
The solution although at first glance appears complex, it's operation is in real terms, quite simple.
Present lockdown is hampering progress a little, but where there is a will, will always find a way!