Wheel spacers. New wheel studs?

I’m getting 10mm wheel spacers to help clear the front caliper on my truck. I was wondering if I’ll need to extend my wheel studs. And if so any recommendations on what brand/size. I assume 10mm longer ones will work.

 

I would avoid any spacers that aren't hub-centric like Spidertrax or Bora

 

Damn. I already ordered them off custom offset like 4 weeks ago. And they’re bora.

 

Bora is good. Post a pic of them

 

I’ll post one later. They are supposed to arrive today. I don’t currently have a picture

 

Pretty sure @b_r_o was recommending spidertrax and Bora in his response, which I concur.

 

You will need longer wheel studs.

$23 Dorman 610-463 Rear M12-1.50 Serrated Wheel Stud - 14.20mm Knurl, 55mm Length Compatible with Select Pontiac / Toyota Models, 10 Pack

Dorman 610-463 would work perfectly at 55mm long.

 

I went with these studs (https://www.rockauto.com/en/partsearch/?partnum=610445) when i needed to change mine for longer ones, there are other ones too but chose these since i needed the long threads.

 

The knurl diameter needs to be 14.2mm. The one you listed is 14.48mm in diameter. Did you drill your hub flanges out?

 

Nope didn't have to they went in just fine, the knurl ridges are more pronounced so they squish in nicely. I used them in the front and the back. The ones you mentioned

$23 Dorman 610-463 Rear M12-1.50 Serrated Wheel Stud - 14.20mm Knurl, 55mm Length Compatible with Select Pontiac / Toyota Models, 10 Pack

Dorman 610-463 will work better, they just didn't work for me since the non threaded part was too thick for the rims

 

Arp makes really nice wheel studs, obviously more dense better material than stock.

 

Just FYI, the density of steel isn't really a good indicator of strength--for example 4340 is significantly stronger that 1018, despite 1018 being slightly more dense. And even then most steels fall in the 7.7-8.0 g/cm^3 range, so there isn't much variance there anyway (unless we are talking about some specific tool steels, but that's not really applicable here anyway).