It’s a bit chunky but u was thinking that it would be passable. Maybe not.Phil,
sorry to be negative, but the ladder ain’t doing it for me. It’s just not fine enough in my view.
best
Simon
What about a little laser cut MDF jig and a length of 1mm brass wire? The jig could have a cutout so the user can cut the rungs to the same length, then the jig could hold a couple of length of 1x2 mm brass strip the required distance apart and hold the brass wire rungs in the correct spacing while the user glues or solders it all together. Minimal cost and no etching.It’s a bit chunky but u was thinking that it would be passable. Maybe not.
Looks rather a lot like that there Swindon works.This week on the workbench we’ve a bigger project.
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Can you guess where?
You’re right. The ladder is modernish and built to current prototype standards. The actual steps are too difficult for the home modeller to build from lasercut oarts. It would work if I etched in brass but that adds a big cost and my objective was economical hence using the Jacobs snacks tub.
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I hope it will still be of use to modern image modellers.


Mrs Intentio has also told me!Hi Phil,
site looks good, consistent image, easy to navigate.
There’s a castrated ram on the “about us“ page but I suspect it’s a spelling mistake
hth
Simon
Hi Phil,Our website has been a little bit rubbish
The new site is fully secure


MDF has always been frowned upon by the track layers
No, your holes are too small!!They look fabulous.
But what if I were to suggest the holes look just a wee bit on the big side?
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I’ve never used mdf that’s reacted to PVA but could imagine a scenario where flooding pva water mix to fix the ballast might cause issues with some mdf. This black mdf isn’t mdf in the sense of fluffy when cut. It’s like plastic. I’d go almost as far to say it’s waterproof but don’t quote me.I think the main reason for this is that some grades of MDF react very badly to some PVA adhesives causing a very significant swelling. I suspect that water-resistant grades (the green stuff) and "modified" PVAs (so called 'Aliphatic Resins') would get round this problem, but we need someone to do some proper research and publish a definitive outcome. Because we only do our track laying once/twice/a few times per life-time, many people need to know they are using a "proven technique".
Hope that helps...
[Edited for Spillinh mistooks]
It should come with some kind of specification which would say how waterproof it is. One issue with track is that it is difficult to be sure that issues will not emerge years after first construction. From problems which others have had (for example using PVA to glue underlay to MDF baseboards) problems emerged fairly quickly (months not years) so some experimentation should at least rule out that kind of issue.I’d go almost as far to say it’s waterproof but don’t quote me.
There is a sleeper sitting in a jug of water as I write. I’ll retrieve it when I get back to the workshops in the morning let you see the results.It should come with some kind of specification which would say how waterproof it is. One issue with track is that it is difficult to be sure that issues will not emerge years after first construction. From problems which others have had (for example using PVA to glue underlay to MDF baseboards) problems emerged fairly quickly (months not years) so some experimentation should at least rule out that kind of issue.
Why not chuck some in a bucket of water, or drop some PVA on the surface to see if there is any reaction? To be "scientific", you even could do the same with some common or garden MDF to compare ourcomes. That might go a long way to assuage concerns.
I for one certainly hope it works: I fully agree that ply - even good stuff - is not what it once was ... ... To a chorus of tut-tutting, I built my baseboards from MDF and they are still fine 12 year later BUT I took precautions against the issues I knew about!!