Spare parts for Suzuki RM 125

The Galfer Front Floating Wave Steel Hub brake disc for Suzuki RM 125 1999-2012 is designed to meet the highest demands of sport and racing motorcycle riders. Crafted from high-carbon stainless steel,...

The Galfer Front Floating Wave Steel Hub brake disc for Suzuki RM 125 2004-2018 is designed to meet the highest demands of sport and racing motorcycle riders. Crafted from high-carbon stainless steel,...

The Galfer Front Floating Wave Steel Hub brake disc for Suzuki RM 125 2006-2023 is designed to meet the highest demands of sport and racing motorcycle riders. Crafted from high-carbon stainless steel,...

The GALFER FD164G1054 Front Brake Pads for Suzuki RM125 1999-2012 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD164G1054 Front Brake Pads for Suzuki RM125 2004-2018 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD164G1054 Front Brake Pads for Suzuki RM125 2006-2023 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD093G1054 Rear Brake Pads for Suzuki RM125 1999-2012 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD286G1054 Rear Brake Pads for Suzuki RM125 2004-2018 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD286G1054 Rear Brake Pads for Suzuki RM125 2006-2023 is a long-standing benchmark in brake pad technology, used in many OEM brake systems. Continuously refined over the years, it provides...

The GALFER FD164G1396R Front Brake Pads for Suzuki RM125 1999-2012 are specially developed for competitive off-road motorcycles, delivering consistent braking power and high thermal resistance under...