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I have to say from the outset I've had lots of inspiration from many threads on this forum and have borrowed some great ideas from others so kudos to you all.
So I have recreated a digital version of vecbtb's track and this is final design (thanks for the previous input fishydelishy), as it's pretty much the most track you can fit in to 8 by 4 feet (no barriers). But I want the barriers for magless drifting so finally went for oversized MDF 9 by 5 feet.
Having said that it may change a little when I actually get it on to the 9*5 feet MDF base as I can probably squeeze in another 1/2 or 3/4 straight to use the full space available, maybe even the pit in/out I bought if it leaves enough room for that actual pits etc.
The oversized MDF was delivered today so after many months of messing around I've little excuse not to get started (£56 for MDF and offcuts and £20 delivery).
2*12mm (4.5 by 5 feet) giving 9 by 5 feet in total - plenty room for drifting barriers and can be stored under a double bed (well two double beds given elevations), or on hooks vertically in a large cupboard we have as well as fit in a van.
Plan is to fit some type of locking mechanism to lock the two boards together.
I'm expecting delivery of the 'table' that will support the two MDF boards in next day or two and this was a difficult decision that I mulled over for a while. In the end it was between buying three of these tables or this centipede sawhorse (thanks for link djdarren).
I found a few videos of the centipede sawhorse in action and guess that sold me as it's portable, easy to store and just looks a bit 'out-there'...! Given the number of touch points I'm also wondering, probably naively, if I can get away without creating a frame underneath the MDF with stud 2by4, that would help with weight and storage as well as my DIY deficiency....we'll see.
Was struggling with how best to attached the track to MDF however best solution so it can be moved/stored vertically if required is possibly using lex-loc and have been speaking with captainkev re suitability. Looks like it could be a goer as I'm just not keen in putting nails/pins though the track and there aren't many other options available.
It's also in back of my mind that I could extend the track by inserting another MDF board 105cm by 5 feet inbetween the current two boards to allow 3 more straights to be added to expand the track in to 12+ feet by 5 feet. Anyway, that's for another day (year)...
Given lack of DIY nouse I'll post some pics as I go to illustrate to others how not to do it. ;-)
So next steps are:
- setup the MDF on the centipede and finalise the layout and work out a locking mechansim
- buy some 2mm/4mm underlay to reduce noise and lay over entire table gluing it down with no more nails or glue gun
- then lay some 8mm rubber matting over entire table to raise track surrounding then cut out track gluing down matting with no more nails or glue gun
- buy some more 2mm underlay to raise non 'digital' 8mm track to 10mm (as XLCs etc are 10mm) gluing down with no more nails or glue gun
- cover the rubber surrounding matting with some type of grass effect, maybe the woodland scenic spring mat but it need to be robust and not shed/be easily damaged by cars coming off etc., gluing down with no more nails or glue gun
Plan is to run SSDC RMS on macbook pro/the big telly and now need to look more in to how I will implement the pits. Kare's Smart Sensor is looking like an option especially if I can use the RJ45 O/P from the arduino to power my just arrived Scalextric Start Gantry C209. ; -) Does anyone know if this is possible? I got slingshots lap counter working and minified so I should be able to rewire the gantry np.
Lots to think about and do and lots to go wrong...
cheers
Gordon
So I have recreated a digital version of vecbtb's track and this is final design (thanks for the previous input fishydelishy), as it's pretty much the most track you can fit in to 8 by 4 feet (no barriers). But I want the barriers for magless drifting so finally went for oversized MDF 9 by 5 feet.

Having said that it may change a little when I actually get it on to the 9*5 feet MDF base as I can probably squeeze in another 1/2 or 3/4 straight to use the full space available, maybe even the pit in/out I bought if it leaves enough room for that actual pits etc.
The oversized MDF was delivered today so after many months of messing around I've little excuse not to get started (£56 for MDF and offcuts and £20 delivery).
2*12mm (4.5 by 5 feet) giving 9 by 5 feet in total - plenty room for drifting barriers and can be stored under a double bed (well two double beds given elevations), or on hooks vertically in a large cupboard we have as well as fit in a van.
Plan is to fit some type of locking mechanism to lock the two boards together.
I'm expecting delivery of the 'table' that will support the two MDF boards in next day or two and this was a difficult decision that I mulled over for a while. In the end it was between buying three of these tables or this centipede sawhorse (thanks for link djdarren).
I found a few videos of the centipede sawhorse in action and guess that sold me as it's portable, easy to store and just looks a bit 'out-there'...! Given the number of touch points I'm also wondering, probably naively, if I can get away without creating a frame underneath the MDF with stud 2by4, that would help with weight and storage as well as my DIY deficiency....we'll see.
Was struggling with how best to attached the track to MDF however best solution so it can be moved/stored vertically if required is possibly using lex-loc and have been speaking with captainkev re suitability. Looks like it could be a goer as I'm just not keen in putting nails/pins though the track and there aren't many other options available.
It's also in back of my mind that I could extend the track by inserting another MDF board 105cm by 5 feet inbetween the current two boards to allow 3 more straights to be added to expand the track in to 12+ feet by 5 feet. Anyway, that's for another day (year)...
Given lack of DIY nouse I'll post some pics as I go to illustrate to others how not to do it. ;-)
So next steps are:
- setup the MDF on the centipede and finalise the layout and work out a locking mechansim
- buy some 2mm/4mm underlay to reduce noise and lay over entire table gluing it down with no more nails or glue gun
- then lay some 8mm rubber matting over entire table to raise track surrounding then cut out track gluing down matting with no more nails or glue gun
- buy some more 2mm underlay to raise non 'digital' 8mm track to 10mm (as XLCs etc are 10mm) gluing down with no more nails or glue gun
- cover the rubber surrounding matting with some type of grass effect, maybe the woodland scenic spring mat but it need to be robust and not shed/be easily damaged by cars coming off etc., gluing down with no more nails or glue gun
Plan is to run SSDC RMS on macbook pro/the big telly and now need to look more in to how I will implement the pits. Kare's Smart Sensor is looking like an option especially if I can use the RJ45 O/P from the arduino to power my just arrived Scalextric Start Gantry C209. ; -) Does anyone know if this is possible? I got slingshots lap counter working and minified so I should be able to rewire the gantry np.
Lots to think about and do and lots to go wrong...
cheers
Gordon
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