billet alloy uprights and arms
Discussion
dvs_dave said:
Loads of cars have alloy suspension arms. Would be interesting to develop a "bolt-on" suspension set-up that was able to address some of the geometry shortcomings associated with the standard set-ups.
Having been involved with the development of ally replacements for steel suspension components, there is nothing wrong with using ally (right grade of course) providing the part is designed to provide the same strength etc. This means that it should not simply copy a steel component. So making a ally copy of the steel wishbones is crazy as the material has different strengths. Designing from a scratch a replacement wishbone with the same geometry is another matter but it is not easy as there is a lot of work needed to ensure that it is as strong as the original steel version. Agreed, you can't just copy the steel components like for like for the reasons you've stated, but if you're going to the trouble of re-engineering the suspension components, you may as well try and sort some of the other known geometry issues whilst you're at it?
Alternativley you could use an existing ready made suspension set-up from another vehicle/race car and then develop adaptor plates to allow fitment onto the existing chassis suspension mounting points? Might be a cheaper and more effective way of doing it?
Alternativley you could use an existing ready made suspension set-up from another vehicle/race car and then develop adaptor plates to allow fitment onto the existing chassis suspension mounting points? Might be a cheaper and more effective way of doing it?
shpub said:
dvs_dave said:
Loads of cars have alloy suspension arms. Would be interesting to develop a "bolt-on" suspension set-up that was able to address some of the geometry shortcomings associated with the standard set-ups.
Having been involved with the development of ally replacements for steel suspension components, there is nothing wrong with using ally (right grade of course) providing the part is designed to provide the same strength etc. This means that it should not simply copy a steel component. So making a ally copy of the steel wishbones is crazy as the material has different strengths. Designing from a scratch a replacement wishbone with the same geometry is another matter but it is not easy as there is a lot of work needed to ensure that it is as strong as the original steel version. The alloy rear uprights are only about a kilo lighter from memory .There primary function was to lower the car while maintaining a horizontal lower wishbone . The camber adjustment on the top wishbone is by shim rather than sliding bolt.All the wishbones have been made in T45 CDS tube. A large part of the weight is the jeep bearing pack and hub and that is possibly a place to start investigating .
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