Dinzdale40
Large Member
I know this is probably a really stupid idea to do economically….but for the time being….let’s ignore the fact that this will cost an *** load of money. I’ve always been kinda disappointed with my suspension setup being so low and useless in the front. The rear is ok…it still works fine. The front tho…is way too close to the shock tower to have adequate suspension travel. I have the ingalls A-arm camber kit to give me as much suspension travel possible while still being able to adjust camber a bit, but I still am not satisfied. I love the Omni’s and they are great for riding slammed but I think the car can do better.
This isn’t some new idea or anything. I don’t take credit for it in any way. What I was thinking about doing was designing some shortened front spindles. I was thinking like 2” shorter. Im dropped at least 3” in the front on the omni’s right now….so by doing this…I could retain my current ride height….but my suspension would have the geometry and travel as if the car is only dropped like 1.5” or so. Im not totally sure 2” is feasible or not. After all we would have to design it around what wheels would go on the car cause I wouldn’t want the A-arm too close to the tire…and really I haven’t measured it to see how much room there is to play with this….
Another thing….which may also be a dumb idea. If im having to most likely have new spindles CNC machined….why not use Aluminum? This could cut down on unsprung weight like crazy. Is aluminum strong enough? I’ve heard aluminum will eventually break due to repeated stress loads…but then again I’ve also heard that if it’s CNC machined out of one piece and designed correctly then it could work. I’ve researched a little and I know a lot of race cars like in F1 do stuff like this but I wanna know if the materials and processes are economically feasible for my car.
I for one would pay upto $1000….maybe more for a set of these if they were aluminum and got my suspension geometry right and saved me a good 10lbs of unsprung weight…..not to mention the bling factor would be pretty intense….
What do you guys think?
also check out this thread on an engineering forum...talking about same subject
http://www.eng-tips.com/viewthread.cfm?qid=117900&page=1
This isn’t some new idea or anything. I don’t take credit for it in any way. What I was thinking about doing was designing some shortened front spindles. I was thinking like 2” shorter. Im dropped at least 3” in the front on the omni’s right now….so by doing this…I could retain my current ride height….but my suspension would have the geometry and travel as if the car is only dropped like 1.5” or so. Im not totally sure 2” is feasible or not. After all we would have to design it around what wheels would go on the car cause I wouldn’t want the A-arm too close to the tire…and really I haven’t measured it to see how much room there is to play with this….
Another thing….which may also be a dumb idea. If im having to most likely have new spindles CNC machined….why not use Aluminum? This could cut down on unsprung weight like crazy. Is aluminum strong enough? I’ve heard aluminum will eventually break due to repeated stress loads…but then again I’ve also heard that if it’s CNC machined out of one piece and designed correctly then it could work. I’ve researched a little and I know a lot of race cars like in F1 do stuff like this but I wanna know if the materials and processes are economically feasible for my car.
I for one would pay upto $1000….maybe more for a set of these if they were aluminum and got my suspension geometry right and saved me a good 10lbs of unsprung weight…..not to mention the bling factor would be pretty intense….
What do you guys think?
also check out this thread on an engineering forum...talking about same subject
http://www.eng-tips.com/viewthread.cfm?qid=117900&page=1
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