DFBD09 - BMW KIT CLUTCH PLATES COMPLETE OIL BATH
Clutch disc kit featuring aluminum-supported friction discs and high-performance steel plain discs. The friction material provides superior characteristics compared to OEM stock discs, ensuring greater durability, enhanced performance, and a more responsive feel in all riding conditions.
CRB176O - BMW R1300GS MATT CARBON FRONT FENDER
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB177O - BMW R1300GS MATT CARBON REAR HUGGER
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB178O - BMW R1300GS MATT CARBON DEFLECTORS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB179O - BMW R1300GS MATT CARBON HANDGUARDS EXTENSION
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB183O - BMW R1300GS MATT CARBON SPARK PLUG COVERS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
RPPIF05 - EXTRA GRIP ECCENTRIC LEVER PIN
Entirely machined from solid 7075 aluminum alloy, a material renowned for its exceptional combination of lightness and strength, this component delivers superior performance and long-lasting durability. The surface is finished with a high-quality colored anodization, which not only provides an attractive look but also ensures effective protection against wear, corrosion, and external elements.
CRB181O - BMW R1300GS MATT CARBON SIDE PANELS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB185O - BMW R1300GS MATT CARBON EXHAUST GUARD
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB186O - BMW R1300GS MATT CARBON SUBFRAME CLOSING COVERS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB182O - BMW R1300GS MATT CARBON SIDE PANELS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.
CRB180O - BMW R1300GS MATT CARBON SIDE PANELS
made entirely from 100% carbon fiber and produced in an autoclave to ensure maximum quality and durability. The plain weave gives it a technical and elegant look, while the matte finish provides a modern and refined aesthetic, perfectly in line with the high quality of the material.