Weathering is not something that I find comes easily to me, especially where it needs to be subtle. However, what the OTCM lads have taught me is that unsubtle weathering is easier and a lot more fun! So I have been unsubtle and making a few POs filthy; I wanted to leave the impression that they have seen few decades of hard work and I am really pleased with the results.
All of these have origins in Bachman RTR minerals but with replacement chassis from Colin Welsh’s range (available via the Scalefour Stores – members only I think, so why not sign up!) and some replacement axleboxes from Rumney Models.
I started with the fibreglass brush to thin down the lettering to give it the feel that it is close to wasted away. Then I sought to represent plank replacements by painting out a few of these with a grey and then added a little texture with dry brushing with track colour (although ultimately the weathering was so heavy this subtly was not worth the effort). The same was undertaken to the insides of the wagon.
The weathering was completed by a mix of enamel paints; based on black and leather. I started with a lighter colour mix of 2:1 leather/black but then darkened this as I felt that a coal mineral would be a much darker mucky colour so reversed the proportions.
I did these over multiple coats under a very bright light, as otherwise you don’t really know whether you have put much paint on when it is deliberately so thin. The streaking is achieved by using a relatively large flat and stiff brush dipped in thinners. Don’t apply this straight into the model, rub it on the back of your hand to remove the bulk of the thinners and get it down to “slightly moist” before applying it to the model. Make sure it is drawn down vertically, to mimic the movements of water running down the wagon sides.
The final stage was then to use weathering powders, rust on the metalwork (mostly on the Partington grey wagon) and black soot. Very small amounts are put on the brush and then speckled on the model with the lightest of pressure because if you blob it straight on it tends to be rather heavy in the points of contact, so it gets a bit blotchy as a result. However, if this is the effect that is required – for example on the top of the buffers for me – then blob away! The powder is then spread across the model with the brush, the more pressure tends to deepen the colour but throughout the powders matt and draw together the underlying colours.
The coal effect in the interior was completed in a similar manner, but with a lot more powder is used and laid on the base a small amount coal dust secured on a matt varnish to leave the impression of a not quite well swept floor from the previous load.
After the painting disaster, I have been working on the latest version of the Fox Bogies. The prototype utilised a patented design with pressed steel plates to form the sides and ends which produced a stiff and resilient frame, better than the other contemporary options. Thus these bogies were very common amongst the pre-grouping companies with most of using them to at least some degree.
Although there are several model manufacturers that produce Fox bogies, there are no versions that use springing which I now prefer. As they were the primary form of bogie used by the Highland Railway, I need a few of them and thus I have been putting some effort into getting a top notch solution. In this regard, I have been assisted greatly by Justin Newitt if Rumney Models whose design of sprung bogie has formed the basis of this.
The model has primary suspension on the pin points based on guitar wire springs,
In addition to this, the design has a sprung bolster, also based on a guitar string suspension.
The castings I have used on these are from Lochgorm Models and the design has been conceived to enable these to be used either retaining their dampers (the cylindrical appendage at the end of the leaf springs) or with replacements that are a little more defined.
The etch is also designed to be provided with full stepboards as below or with only a short section to one end – as they typically were converted to during their life.
There is full brake gear provided, with a little trick where they do not pass under the axle (remember this view is upside down!) – this enables the wheel to be removed if this is required.
This is not the first version of these (don’t accuse me of not test building my designs!) and they are very close to done. The final change is to adjust the primary spring hangers slightly so that they are not visible when they are depressed (you can just see it poking above the sides in line with the axlebox), The advantage of computer drawn artwork is that things like this can be changed relatively easily.
These, and indeed the rest of the dia 51 full brake, will be made available for sale quite soon.
Previous parts to the test build can be found here:
- part 1 – the main body shell of the cupboard door version
- part 2 – the underframe
- part 3 – the second one, the sliding door version