I have been looking at a certain set of rims that are at a decent price but id like them a tad wider. I know I know I should just look for a set of rims that are perfect fitment, but we all know how hard that is. I just wanted to see how people find slip on spacers? 10mm MAX as i dont want to buy extended pins (i dont know what they are called, so i shall call them pins). safety? not for track, just for daily driving though. They are only $25 bucks but i dont want it to screw around with my car and worst or all, failing. Thanks all
Announcement
Collapse
No announcement yet.
People's opinion about running 5-10mm spacers?
Collapse
X
-
I use 3mm spacers on my eg racecar at the front atm, as a sheer last resort as my dc2r calipers fouls the 6UL wheels I have ( they have f-all caliper clearance with their dish design optimised for MX5s ; stock fat fives have heaps ).
atm I have 4.5 turns which some say it's the bare minimum of threads contact avail.
either get extended studs 1st or get the bolt on spacers which take cares of the stud length problem, but they are heavy with the additional mass of extra nuts, not cheap, and comes in 25, 30, 40mm thickness usually.Proudly no longer a member of any WA based Honda forums.
Comment
-
Extended ARP studs very well priced given their strength.
Bought mine from xenocron landed for $120 from memory for 16qty.
Once you got those and try diff thickness of spacers ie 5mm, 6mm, 10mm etc to work out which works best you should then look into getting hubcentric spacers made or off the shelf from H&R.Proudly no longer a member of any WA based Honda forums.
Comment
-
Buying better offset wheels is the best option out there.
With slip-on (floating) spacers, you need to check how much thread you will lose as a result of running floating spacers. I'm not sure what the minimum thread requirements are, but if you're running slip-ons, I would torque them up as best I could.
Bolt-on spacers allow you to get higher offset wheels yes, but they place significant bending load on the studs (this is what causes them to snap). ARP extended studs I believe have been designed to take significant bending load, however running massively long studs + floating spacers = big loads on the studs.
I think OEM studs are pretty well designed for their strength. The question is how many threads should you need until you feel safe that they won't come loose?
Having said that, if you run bolt on spacers you expose yourself to the same risk of snapping bolts as you would with ARP extended studs (assuming similar strength design). So really, the question is, how much stronger are ARP studs?Wakefield: EG B18CR - R888 - 1.09.9
Eastern Creek: DC5R - RE001/ER300 - 2.00.8
Winton: DC5R - RE001 - 1.45.9
Comment
Comment