Coil Spring Rate
#11
never mind, I clicked the link. Are they serious? that truck competed? the shocks are nice, but it takes more than that. I bet that front skid took a lot of hits. I don't know what the stock mini class entails, but I guess they had to leave a lot of it stock. probably got owned. the v8 must have helped it to be competitive.
#12
No. Not my work. Dont know any specs though but yes it was stock full class so they couldnt change components just beef them up. Not sure how the truck performed but it is 4x4 so it had very limited travel on stock arms. But the point I was making that the coilover does most the work. They did the baja on stock everything except coilovers and reservoir shocks.
#13
#15
#17
Feel you. Just like to see as much as I can; helps me with the planning. I guess I could just place my order if I want to see 'm.
#18
Solved.
So I looked up the part number for the coil springs in the parts manual. They range from 52855080ae up to 52855085ae. Used google's advanced search and found this gem:
ftp://99-103-210-74.lightspeed.livnm...0PO%201014.doc
This looks to be an invoice from the company the manufactured the coils. According to their invoice the lowest spring rate was 80.6n/mm and the highest was 105.1n/mm. According to this website:
http://people.physics.anu.edu.au/~am..._conversio.htm
the conversion from n/mm to lb/in is simply the n/mm x 5.714, so the possible spring rates of the factory coils are anywhere from 460.5lb/in to 600.5lb/in.
This means the the 690 Raybestos are at least a little bit stiffer than factory. 15% higher spring rate and probably a couple hundred more pounds for design load, which isn't as important. They will work for what I have planned though not as good as coilovers. But hey, at 80 bucks they're a bargain.
ftp://99-103-210-74.lightspeed.livnm...0PO%201014.doc
This looks to be an invoice from the company the manufactured the coils. According to their invoice the lowest spring rate was 80.6n/mm and the highest was 105.1n/mm. According to this website:
http://people.physics.anu.edu.au/~am..._conversio.htm
the conversion from n/mm to lb/in is simply the n/mm x 5.714, so the possible spring rates of the factory coils are anywhere from 460.5lb/in to 600.5lb/in.
This means the the 690 Raybestos are at least a little bit stiffer than factory. 15% higher spring rate and probably a couple hundred more pounds for design load, which isn't as important. They will work for what I have planned though not as good as coilovers. But hey, at 80 bucks they're a bargain.