BMW M3 2012 — tuning project by NERAKA | 3DTuning
This BMW M3 2012 by NERAKA features 21 custom parts — explore the build with Wheels, Tops, Trunk Lid
NERAKA's BMW M3 Images
Parts used for creating NERAKA's BMW M3
Shadow
BMW
High-quality Shadow used for a customized appearance and performance.
black
BMW
High-quality black used for a customized appearance and performance.
Interior
BMW
High-quality Interior used for a customized appearance and performance.
Wheels
546R
High-quality Wheels used for a customized appearance and performance.
Body
BMW
High-quality Body used for a customized appearance and performance.
Tops
BMW
High-quality Tops used for a customized appearance and performance.
Trunk Lid
BMW
High-quality Trunk Lid used for a customized appearance and performance.
Front Door Left
BMW
High-quality Front Door Left used for a customized appearance and performance.
Front door right
BMW
High-quality Front door right used for a customized appearance and performance.
Headlights
BMW
High-quality Headlights used for a customized appearance and performance.
Rear Bumper
Hamann
High-quality Rear Bumper used for a customized appearance and performance.
Taillights
BMW 2
High-quality Taillights used for a customized appearance and performance.
Grilles
BMW 4
High-quality Grilles used for a customized appearance and performance.
Hood
BMW 2
High-quality Hood used for a customized appearance and performance.
Tinted glass
BMW
High-quality Tinted glass used for a customized appearance and performance.
Front Fenders
BMW
High-quality Front Fenders used for a customized appearance and performance.
Front Bumper
Hamann
High-quality Front Bumper used for a customized appearance and performance.
Side Skirts
Hamann
High-quality Side Skirts used for a customized appearance and performance.
Side Mirrors
BMW
High-quality Side Mirrors used for a customized appearance and performance.
Roof Spoiler
3D Carbon 4
High-quality Roof Spoiler used for a customized appearance and performance.
Spoilers
Seibon 2
High-quality Spoilers used for a customized appearance and performance.
Author of this project
