HRE FF01 - 20x9 ET25 - Audi - (Black) Set of 4

HRE FF01 - 20x9 ET25 - Audi - (Black) Set of 4


Regular price USD $2,700.00

Shipping calculated at checkout.

We have one set of HRE FF01 in stock at HPA that we need to clear off our shelves

Specs: HRE Flow Form FF01 wheels for Audi

20 x 9       ET 25       5x112


Model Year Tires Size Notes
A4 (B9) 2016-2020 245/30R20 F2 Fitment up front when not lowered (slight poke but no rubbing)
A5 2007-2017 255/30R20 Excludes Carbon Ceramic
A7 2011-2018 265/35R20  
Allroad 2013-2016 255/35R20  
Allroad 2015-2018 255/35R20  
Q3 2011-2019 255/35R20  
Q5 2009-2016 255/45R20  
Q5 2017-2019 255/40R21  
RS4 2007-2016 255/30R20  
RS5 2010-2016 255/30R20 Excludes Carbon Ceramic,  Requires 3mm spacer up front to clear caliper on steel brakes
S4 (B9) 2017-2019 245/30R20 F2 Fitment up front when not lowered (slight poke but no rubbing)
S5 2007-2016 255/30R20 Excludes Carbon Ceramic, Excludes DRC (tire will rub at full lock)
S7 2011-2018 265/35R20  
SQ5 2013-2020 255/45R20  

Long a market leader in forged wheels, HRE now offers its FlowForm line of wheels featuring iconic styling and a level of quality embodied by the HRE brand, all at an accessible price point. This cast flow formed wheel is made in Japan with the highest level of design and engineering available in the world today.

  • Lifetime Limited Structural Warranty and 2 Year Finish Warranty
  • State of the art flow formed wheel
  • TÜV, VIA and JWL certification
  • For other bolt patterns and sizes not listed please contact us for a quotation

What is FlowForm?

FlowForm wheels are created using a unique casting and forming process that obtains strengths and weights similar to a forged wheel. The process begins by pouring molten aluminum into a mold face-side-down followed by rapid cooling. By doing this, the aluminum alloy is condensed and in turn enhances the elastic strength and durability.

After the wheel is formed [a] it is pulled from the mold and placed into the flow forming tooling [b] which is similar to the concept of a potters’ wheel. This process stretches the barrel to a defined profile and thickness, ultimately giving the wheel its final shape[c]. This “stretching” improves the grain structure of the aluminum making it stronger, lighter and more precise than a non-flow formed barrel resulting in forged aluminum-like strength.