Metzeler 4172600 Karoo 4 Front Tire - 100/90-19

Design is intended to increase the off-road performance level, especially on soft surfaces, such as sand, mud and clay Scoop-shaped knobs enable exemplary off-road traction while in bottomless dirt and promote tread self-cleaning; knob layout ensures a continuous support at any lean angle also on hard-packed terrains Stiffer carcass structures and new multi-radius profiles promote enhanced road handling regardless of the load case Lateral knobs shaped to enhance rubber response even under heavy loads Best in class for wet performance and rider-aid integration thanks to new tire profile and new compounds enabling safety in lashing rain, cold temperatures and dodgy road surfaces Extreme abrasion, cutting and tearing resistance thanks to tread rubber formulation and knob shaping, which enhances compound thermal and mechanical stability Tire size 100/90-19 is speed rated Q for speeds up to 100mph Tire sizes 110/80R-19 and 90/90-21 are speed rated T for speeds up to 118mph Bias ply construction Blackwall Tubeless Available in the following adventure motorcycle tire sizes: 100/90-19, 110/80R-19 and 90/90-21

• The evolution of the heroic KAROO(fits TM) 3: a comprehensive product for Adventure Bikes and maxi Enduro, designed to overcome the boundaries of adventuring
• Scoop-shaped knobs enable exemplary off-road traction while in bottomless dirt and promote tread self-cleaning; knob layout ensures a continuous support at any lean angle also on hard-packed terrains
• Stiffer carcass structures and new multi-radius profiles promote enhanced road handling regardless of the load fits Case, with dual-compound rears and their lateral knobs shaped to enhance rubber response even under heavy loads
• Best in class for wet performance and rider-aid integration thanks to new tire profile and new compounds enabling safety in lashing rain, cold temperatures and dodgy road surfaces
• Extreme abrasion, cutting and tearing resistance thanks to tread rubber formulation and knob shaping, which enhances compound thermal and mechanical stability