Short break-in period so that they can quickly reach peak braking performance. The design and materials always ensure immediate braking and performance without loss of efficiency. The gray aluminum oxide ceramic material of the back plate keeps heat away from the piston. Excellent initial braking force and feel both on the Sintered metal compounds have a longer life cycle than conventional organic or aramid brake pads. Friction coefficient GG. Quiet and gentle on most brake discs; no brake dust or loss of efficiency. ------------------------------ Type Sintered metal Set of 2
* Compatibility:
2021 - 2025 Harley Davidson RH 1250 S ABS Sportster S
For Harley-Davidson Milwaukee-Eight FLSB Sport Glide,FXFB Fat Bob,FXLR Low Rider,FXBR Breakout,FXBB Street Bob,FXFB Fat Boy,FLHC Heritage Classic.Lasts twice as long as organic brake pads
For Harley-Davidson Breakout FXSB,Softail Slim FLS,Fat Boy Lo FLSTF,Softail Deluxe FLSTNI,Softail Custom FXSTC,Night Train FXSTBI.These organic Kevlar / Aramid brake pads are now ECE R 90 brake safety test approved and fully TUV tested.
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
For Harley-Davidson FXDB Street Bob,FXDF Fat Bob,FXD Dyna Super Glide,FXDC Super Glide Custom,FXSB Breakout,FXDLS Low Rider S,FLSTF Fat Boy,FLS Softail Slim,FLSTSB Cross Bones,FLSTN Softail Deluxe.The design and materials constantly guarantee immediate braking and performance without loss of efficiency.Repl. OEM HD # 42298-08
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
