FA174HH Rear brake pad ( Double-H™ Sintered ) brake pads | EBC ( Pack of 1 )

FA174HH Rear brake pad ( Double-H™ Sintered ) brake pads | EBC ( Pack of 1 ) Brand - EBC (performance brake pads ) Part no - FA174HH Position - Rear Type - Double sintered Compatible Motorcycles - Brand Model Year Compatibility Honda Africa Twin 2016–2024 Africa Twin Adventure Sports 2018–2019 Africa Twin Adventure Sports DCT 2018–2019 Africa Twin Adventure Sports ES 2020–2025 Africa Twin Adventure Sports ES DCT 2020–2025 Africa Twin DCT 2017–2024 CB1000 1994–1995 CB1100 2013–2014 CB1100 ABS 2013–2014 CB1100 DLX 2013–2014 CB1100EX 2017 CB600F 599 Hornet 2004–2006 CB900F 919 2002–2007 CBR1000RR 2004–2005 CBR1000RR Repsol 2004–2005 CBR600F 1991–1998 CBR600F2 1991–1994 CBR600F3 1995–1998 CBR600F4 1999–2000 CBR600F4i 2001–2006 CBR600RR 2003–2006 CBR900RR 1993–1999 CBR929RR 2000–2001 CBR954RR 2002–2003 RVT1000R RC51 2000–2006 Transalp XL750 2024–2025 VT1100C2 Shadow ACE 1995–1999 VT1100C2 Shadow Sabre 2000–2007 VT1100C3 Shadow Aero 1998–2002 VT1100T Shadow ACE Tourer 1998–2001 VT1300CR Stateline 2010–2015 VT1300CS Custom Sabre 2010–2014 VT1300CS Sabre 2010–2014 VT1300CT Interstate 2010–2015 VT1300CX Fury 2010–2020 VTR1000 Super Hawk 1998–2005 VTX1300C Custom 2004–2010 VTX1300R Retro 2005–2010 VTX1300S 2003–2007 VTX1300T Tourer 2008–2010 Kawasaki Ninja 650 2017–2026 Ninja 650 ABS 2017–2026 Ninja 650 KRT 2022–2025 Ninja 650 KRT ABS 2022–2025 Ninja ZX-4R 2024–2026 Ninja ZX-4RR 2023–2026 Ninja ZX-4RR 40th Anniversary Edition 2024 Ninja ZX-4RR KRT 2024–2025 Ninja ZX-6 1990–1994 Versys 1000 2012–2014 Versys 1000 LT 2015–2018 Versys 1000 SE LT Plus 2019–2023 Versys 650 2015–2020 Versys 650 ABS 2021–2023 Versys 650 LT 2015–2024 Vulcan S VN650 2015–2026 Vulcan S VN650 ABS 2015–2026 Vulcan S VN650 Cafe ABS 2016–2025 Z1000 2007–2008 Z650 2017–2025 Z650 ABS 2019–2025 Z650RS 2022–2026 Z900 ABS 2025–2026 Z900RS 2018 Z900RS ABS 2018–2026 Z900RS Cafe ABS 2018–2023 Z900RS SE 2022–2025 Z900 SE 2025–2026 Z H2 2020–2022 Z H2 SE 2021–2026 Suzuki GSF1250S Bandit 2007–2009 GSF1250S Bandit ABS 2007–2010 GSX1250FA 2011–2012 GSX650F 2008–2009 GSX-S1000 2016–2026 GSX-S1000F 2016–2020 GSX-S1000GT 2022–2024 GSX-S1000GT Plus 2022–2026 GSX-S1000GX Plus 2024 GSX-S750 2015–2022 GSX-S750Z 2021 GSX-S750Z ABS 2021–2022 Katana GSX-S1000S 2020–2022, 2024 SV1000 2003–2007 SV1000S 2003–2007 SV650 2003–2009 SV650 ABS 2003–2009 SV650S 2003–2009 SV650S ABS 2003–2009 V-Strom 1000 2002–2012 V-Strom 650 2004–2025 V-Strom 650XT 2015–2025 V-Strom 650XT Adventure 2019–2025 Yamaha FJ-09 2015–2017 FZ-07 2015–2017 FZ-09 2014–2017 FZ1 2006–2014 FZ-10 2017 FZ6 2004–2009 FZ6 FZS600 2004–2009 FZ6R 2012–2017 FZ8 2011–2013 MT-07 2018–2026 MT-09 2018–2026 MT-09 SP 2021–2026 MT-10 2018–2026 MT-10 SP 2022–2026 R1 2004–2014 R1 LE 2004–2012 R6 2003–2016 R6S 2006–2009 R7 2023–2025 Tracer 900 2019 Tracer 900 GT 2019–2020 Tracer 9 GT 2021–2022 XSR700 2018–2025 XSR900 2016–2025 The vast majority of motorcycles come from the factory with Sintered Brake Pads. Sintered pads are almost entirely metallic and are fused using heat and pressure, resulting in a resilient and porous material that delivers consistent performance across the pad’s usable temperature range and in all weather conditions. EBC’s sintered pads deliver a much stronger initial bite than organic pads due to their high coefficient of friction and will last much longer thanks to their almost entirely metal construction. Unlike many sintered pads, Double-HHs do not contain any iron powder, eliminating the chance of a pad welding itself to the disc under corrosion. Sintered pads provide consistent braking regardless of temperature, making them a great choice for any type of bike or riding style. Features: Sintered copper alloy construction Perfect braking in all weather conditions, hot or cold ECE R90 and TUV tested and approved Excellent longevity, strong initial bite and consistent stopping power Ultra high friction HH compound reacts well to heat cycling Made in the USA Note: Image is for reference only. Actual pad will vary depending on your bike's make and model.