VOLK Time Attack TE37 (Authentic Time Attack) 18x11 +18 on a 275/35/18 TOYO T1-R. Coilovers are ZEAL Function V6 with true rear coilover. Plenty of room!

 

Looks good!

 

MY GOD; These are F*ing sweet. Custom? or Production?

 

Omg!!!!!!!!!!!!!

(need wider rubber! can you throw on like..330s? )

 

Very nice sir!!! very nice, more pics, I wanna see that badboy from the side and front please !!

 

This set is a one off custom. The 275's were slightly stretched so Im sure a 285 would fit but keep in mind that the wheel is pretty low offset.

 

 

Awesome, you should order more of these....people will buy low offset 18's!

 

Im sure they would like how you got the +12 but most people are scared to run an aggressive fitment and worry that they will have issues. Plus, an 18x11 +18 TE37 isnt exactly on RAYS application list. Most aggressive 18 inch TE37 fitment would be 18x10.5 +15.

 

Nice!

 

Nice

 

so you're saying 285's would rub?

 

No, I think 285's should be fine. Especially if your car is lowered and you have negative camber, it should be fine.

 

any side pics???

 

Sorry, these are all the pics but there was a huge wheel gap. I have some pics of the wheel itself. Ill try to upload them and post them up.

 

11" with a 275 FTL, shoulda gone with a 9.5" for that....I know it may rub due to offset but then whats the point?

 

Well the tire choices we had for just R&D purposes were limited. Like I said, the wheel is a pretty low offset but it looked like you can run a 285 without any rubbing issues. If the big boys with a lot of power want to run wider tires, we are probably going to do a 18x11 +25 and you can fit a 305 over that.

 

Dude pull those fenders and get a 305 tire ASAP!

They look great. Any side angles?

 

Sorry, these are all the pics I have for now. My fenders are actually cut and I still rub!

 

I'm going to buck the trend and say that they don't look good at all. A wheel that sits flush with the edge of the wheel well = good. Wheels that stick out PAST the wheel well, especially with stretched tires =