This Blog will tell the story of my modelling the NSWGR location of Gunnedah in HO scale, along with other modelling content.
Sunday, December 6, 2009
Steady rather than startling best describes progress on the spare room layout at the moment. The thing that had me a little puzzled for a while was exactly how I was going to attack the corner modules. Not that there is anything tricky about them, but sometimes you just can't quite figure out the best way to go about it.
So, instead of mucking about with bits of wood, trying to place them in situ, arranging and rearranging to no real avail, I went back to the old grid paper, pencil and ruler and within a couple of minutes it was all clear.
So armed with a drawing and some timber, I went down to the garage and knocked up the first corner module. The funny thing is, I was very careful to make sure everything was square and straight, as it should be, but was a little disappointed to find that it didn't fit squarely and evenly against the wall? I rechecked it and it all appeared ok, but then I thought I'd check the wall. Lets just say that the walls are not quite as square or as straight as I thought they would be! In any case we are only talking about a few millimeters and in the end it won't make any real difference.
So armed with one module it was easy enough to simply copy it to make the second one, and after a bit of fiddling with heights they are now basically mounted in each corner. All I know have to do is figure out how to make the second level of the right hand corner which still has me a little stumped. Maybe I need to get the pencil and paper out again!
For those interested in the details, the timber is around 40x19mm pine, the corner module is 850mm in each direction, the width where the base will go is 200mm, and the diagonal brace will allow a smooth transition of the front fascia which will curve around on about a 700mm radius, with the centre of the diagonal brace supporting that curving fascia and baseboard.
I've also put together the module that runs between the two corners, and now just have to decide the method of joining them together so it's strong, will always join in perfect alignment, is simple and reliable. The challenge being that none of the corner modules are at the same height as the wall modules due to the track climbing across the back wall in both directions.