Motorcycle Tandem Step Slider Compatible with Kawasaki Ninja Ninja and Z400 Aluminum ZX-25R/SE, ZX-4R/SE, ZX-4RR, 250, 400, Z250, (All Models), (Gray)

Compatible models: ZX-25R/SE, ZX-4R/SE, ZX-4RR, Ninja 250, Ninja 400, Z250, Z400, all years This slider is machined from high-strength aluminum alloy material (A6061-T6) with a color anodized finish, and the main body is made of POM (polyoxymethylene), which has a low friction coefficient, making it both highly stylish and functional. By using the pillion step as a slider, you can expect a stylish look and reduced damage in the event of a fall. In addition, the step bar used for rearsets has been improved for pillion step use. It makes it easier for the passenger to grip and brace themselves, making pillion riding more stable. POM resin size φ32-40x28mm Left and right set The step bars are knurled to prevent slipping. The outer diameter of the step bars is Φ22, which is just the right size - not too big to look unsightly, not too small to hurt the soles of your feet. Since the original step is simply replaced, it remains a foldable structure. Compatible models: ZX-25R/SE, ZX-4R/SE, ZX-4RR, Ninja 250, Ninja 400, Z250, Z400, all years This slider is machined from high-strength aluminum alloy material (A6061-T6) with a color anodized finish, and the main body is made of POM (polyoxymethylene), which has a low friction coefficient, making it both highly stylish and functional. By using the pillion step as a slider, you can expect a stylish look and reduced damage in the event of a fall. In addition, the step bar used for rearsets has been improved for pillion step use. It makes it easier for the passenger to grip and brace themselves, making pillion riding more stable. POM resin size φ32-40x28mm Left and right set The step bars are knurled to prevent slipping. The outer diameter of the step bars is Φ22, which is just the right size - not too big to look unsightly, not too small to hurt the soles of your feet. Since the original step is simply replaced, it remains a foldable structure.