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I would go cheap and use the stock rear rim, and a second rear rim up front. Considering I would have to redesign the front suspension anyway to make it possible to turn at speed, I would have the ability to use a wider motorcycle rim. This photo might give you a better idea of what I am thinking, its just a crappy picture and almost too small to see.
http://img216.imageshack.us/img216/5435/corblimey2.jpg |
better picture
http://img21.imageshack.us/img21/2681/revision2006.jpg |
i call ballast for the test ride
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we shall see how I do in court in sept
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And if this makes any sense to anyone other than me, this is how I would do the 3rd wheel assembly.
http://img212.imageshack.us/img212/2...elassembly.jpg Green is a car spindle (rwd car no driveshaft through it) Blue are ball joints(upper and lower) red are heim joints black is frame tube upper ball joint would be fixed against a load bearing hoop lower ball joint would be on a single A arm, adjustable for caster the front heim would be adjustable for toe The 3rd wheel would be based off of a mcphearson strut assembly, without the actual moving suspension (3rd wheel suspension has a habit of flipping the car mid corner). The structural hoop would replace the strut and be fixed. This design gives maximum adjustability while requiring the least amount of space from the passenger platform |
whisky foxtrot tango
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It looks like a good design. You have the adjustability you need while still keeping it simple. The thing I would be especially cautious of is where the sidecar structure was mounted to the rest of the motorcycle. Make sure all attachment points are solid with no flex (I'm primarily thinking the subframe). It would be a bit of a pain to hit a bump and have the geometry of the sidecar wheel change.
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My bike (92) was in good condition when I got it and it was about $1700. So I would imagine you could find a more beat up one for a grand or so :beers:
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