BMW HRE FF04 Wheel Fitment Guide
Fitment / Front Size / Rear Size / Bolt Pattern / Notes
|
M2 2016+ [F87] |
19x9 +20 |
19x10 +35 |
5x120 |
|
M2 2016+ [F87] |
20x9.5 +20 |
20x11 +43 |
5x120 |
|
M3/M4 2013+ [F80/F82]* |
19x9 +20 |
19x10 +35 |
5x120 |
*Clears CCM Brakes |
M3/M4 2013+ [F80/F82] |
20x9.5 +20 |
20x11 +43 |
5x120 |
OEM Strut or Coilover |
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|
M3/M4 2013+ [F80/F82] Wide Front* |
20x10 +23 |
20x11 +43 |
5x120 |
OEM Strut Only *Clears CCM Brakes |
M3 2007-2013 [E90/E92/E93] Square Setup |
20x10 +23 |
20x10 +23 |
5x120 |
|
320i/328i/330i 2013+ [F30/F34] |
20x8.5 +30 |
20x9.5 +42 |
5x120 |
|
335i/340i 2013+ [F30/F34] |
20x8.5 +30 |
20x9.5 +42 |
5x120 |
|
428i/430i 2014+ [F32/F33/F36] |
20x8.5 +30 |
20x9.5 +42 |
5x120 |
|
435i/440i 2014+ [F32/F33/F36] |
20x8.5 +30 |
20x9.5 +42 |
5x120 |
|
X1 2009-2015 [E84] |
20x8.5 +30 |
20x8.5 +30 |
5x120 |
|
X1 2016+ [F48] |
20x8.5 +30 |
20x8.5 +30 |
5x120 |
|
X3 2004-2010 [E83] |
20x8.5 +30 |
20x10 +40 |
5x120 |
|
X3 2011+ [F25] |
20x8.5 +30 |
20x10 +40 |
5x120 |
|
528i/535i/550i 2010-2016 [F10/F11] |
20x9 +25 |
20x10 +40 |
5x120 |
|
M5 2011-2016 [F10]* |
20x9 +25 |
20x10.5 +26 |
5x120 |
*CCM Brakes Require 3mm Spacer |
640i/650i 2012+ [F06/F12/F13] |
20x9 +25 |
20x10 +40 |
5x120 |
|
What are HRE Flow Form Wheels?
HRE Performance Wheels' all new line of FlowForm wheels combines the strength and durability of a forged wheel,
at a price point that is near standard OEM cast wheels.
The process begins with a pressure-cast perform, where it is then rapidly cooled. This quick cooling of the metal right after heating (sometimes referred to as quenching) enhances the elastic strength and durability by increasing the metals density
The strengthened pre-form (Fig A), is then pulled from the mold and placed into the flow-forming machine, (Fig B) which operates in a manner similar to a potters' wheel. This process stretches the barrel downward, causing the metal to ""flow"" into the correct ""form"", hence the name, and this process ultimately gives the wheel its final shape (Fig C).
This ""stretching"" process changes the internal grain structure of the aluminum (much like the direction of the grain makes a difference in wood), making it stronger, lighter and more precise than a non-flow-formed barrel, resulting in forged aluminum-like strength.