ARMA SPEED


BMW 1-SERIES

AUDI A3 8P

E87/ E82 135i

–  N54B30 engine

–  Direct bolt on design, no modification needed

–  For year 2007~2013

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F20 116i

–  N13B16 engine

–  Direct bolt on design, no modification needed

–  Approx. +12hp / 18Nm (peak output)

–  For year 2011~2015

–  Also fits: F20 118/ 120

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F20 135i

–  N55B30 engine

–  Direct bolt on design, no modification needed

–  For year 2012+

–  Also fit F22 M235

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

3-SERIES

E46

–  M54 engine

–  Direct bolt on design, no modification needed

–  For year 1998~2005

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

E90 320i

–  N46 engine

–  Direct bolt on design, no modification needed

–  For year 2004~2009

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

E90 330

–  N52 engine

–  Direct bolt on design, no modification needed

–  For year 2004~2011

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

E90 335

–  N54B30 engine

–  Direct bolt on design, no modification needed

–  For year 2007~2010

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F30 328

–  N20B20 engine

–  Direct bolt on design, no modification needed

–  For year 2011~2015

–  Dual carbon fiber layer

–  also fits F30 320

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F30 335i

–  N55B30 engine

–  Direct bolt on design, no modification needed

–  Approx. +6.8hp / 16Nm (peak output, with exhaust modification)

–  For year 2011+

–  Also fits: F20 M135i, F32 435i

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

5-SERIES

E60 353

–  N54B30 engine

–  Direct bolt on design, no modification needed

–  For year 2008~2010

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F10 528

–  N20B20 engine

–  Direct bolt on design, no modification needed

–  Approx. +3.3hp / 2.1Nm (peak output)

–  For year 2012+

–  Also fits F10 520

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F10 535

–  N55B30 engine

–  Direct bolt on design, no modification needed

–  Approx. +24.5hp / 10.8Nm (peak output)

–  For year 2010~2011

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

M-SERIES

E92 M3

–  V8 S65B40 engine

–  Direct bolt on design, no modification needed

–  For year 2008-2013

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F80 M3

–  S55B30 I6 engine

–  Direct bolt on design, no modification needed

–  Approx. +29.2hp / 16.9Nm (peak output, with exhaust modification)

–  For year 2014+

–  Also fits F82 M4

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

F10 M5

–  S63B44 engine

–  Direct bolt on design, no modification needed

–  Approx. +19hp / 14Nm (peak output, with exhaust modification)

–  For year 2011+

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

X-SERIES

E70 X5

–  V8 N55B30 engine

–  Direct bolt on design, no modification needed

–  For year E70 X5 2011-2013

–  For year E71 X6 2008~2012

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

Z-SERIES

E89 Z4 3.0

–  N52B30 engine

–  Direct bolt on design, no modification needed

–  Approx. +5.8hp / 1Nm (peak output)

–  For year 2009~2011

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed

     

E89 Z4 3.5

–  N54B30 engine

–  Direct bolt on design, no modification needed

–  For year 2009+

–  Dual carbon fiber layer

–  Unique vacuum process, smooth surface and clear carbon fiber pattern inside out

–  Air flow guide design to minimize turbulence in air box.

–  No remapping of ECU/DME needed