EBC Double-H Sintered Metal Rear Brake Pads, HH, pads per package 2, specific application, Harley 04 - 13 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Front Brake Pads, Organic, made in the usa, pads per package 2, specific application, Harley 04 - 13 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Organic Rear Brake Pads, pads per package 2, specific application, Harley 04 - 13 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Front Brake Pads, made in the usa, HH, pads per package 2, specific application, Harley 04 - 13 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Front Brake Pads, made in the usa, HH, pads per package 2, specific application, Buell 08-10
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Front Brake Pads, HH, specific application, Buell 03-09
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Rear Brake Pads, made in the usa, HH, pads per package 2, specific application, Buell 08-10
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 2, specific application, Harley 06-07 FX 07-07 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 2, specific application, Harley 82-87 FX 86-87 FL 82 - 87 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 2, specific application, Harley 08-16 FX 08-16 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 2, specific application, Harley 87-99 FX 87-99 FL 87 - 99 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Front/Rear Brake Pads, pads per package 2, specific application, Harley 00-07 FX 00-07 FL 00 - 03 XL 02 - 05 VR
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Organic Rear Brake Pads, specific application, Harley 87-99 FX 87-99 FL 87 - 99 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Front Brake Pads, pads per package 2, specific application, Harley 84-06 FX 84-11 FL 84 - 99 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Front Brake Pads, pads per package 2, specific application, Harley 08-16 FX 08-16 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Organic Rear Brake Pads, made in the usa, specific application, Harley 06-07 FX 07-07 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Extreme Performance Sintered Metal Front/Rear Brake Pads, made in the usa, pads per package 2, specific application, Harley 00-07 FX 00-07 FL 00 - 03 XL 02 - 05 VR
EBC Extreme Performance Sintered Metal Front/Rear Brake Pads, made in the usa, pads per package 2, specific application, Harley 00-07 FX 00-07 FL 00 - 03 XL 02 - 05 VR
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Extreme Performance Sintered Metal Front Brake Pads, made in the usa, pads per package 2, specific application, Harley 08-16 FX 08-16 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Rear Brake Pads, made in the usa, HH, pads per package 2, specific application, Harley 06-07 FX 07-07 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Rear Brake Pads, made in the usa, HH, specific application, Harley 87-99 FX 87-99 FL 87 - 99 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Front Brake Pads, HH, Harley 84-06 FX 84-11 FL 84 - 99 XL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 4, specific application, Harley 09-13 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Rear Brake Pads, pads per package 2, specific application, Harley 80-85 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Organic Rear Brake Pads, specific application, Harley 86-99 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Semi-Sintered "V" Front/Rear Brake Pads, pads per package 2, specific application, Harley 08-16 FL 06 - 16 VR
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Rear Brake Pads, made in the usa, HH, specific application, Harley 86-99 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Rear Brake Pads, made in the usa, HH, pads per package 4, specific application, Harley 09-13 FL
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response
EBC Double-H Sintered Metal Front/Rear Brake Pads, HH, pads per package 2, specific application, Harley 08-16 FL 06 - 16 VR
Organic brake pads feature aramid fibers; these are man-made high-performance fibers used widely for their light weight, high strength, abrasion resistance and thermal stability
Aramid fibers have high strength-to-weight, thermal stability and abrasion resistance to provide advantages over cheaper steel fiber-based products
Provide excellent stopping power without noise and rotor galling, even on polished rotors
Fingertip control and strong, predictable brake response