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Metzeler Karoo 4 Rear Motorcycle Tire

Metzeler Karoo 4 Rear Motorcycle Tire

Regular price $179.00
Regular price Sale price $179.00
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The Metzler KAROO™ 4 is the evolution of the heroic KAROO™ 3: a comprehensive tire for Adventure Bikes and Maxi Enduro to overcome the boundaries of adventouring. Scoop-shaped blocks maximise...

AvailabilityLow stock: 10 left

Size
SKU: Metzeler-Metzeler-Karoo-4-Rear-Motorcycle-Tire-130/80R-17-(65Q)
Vendor: Offroad Offers
Tags: Tires

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Free shipping and returns available on all orders!

We ship all US domestic orders within 5-10 business days

Materials

The item with the Committed label has a lower environmental impact because it was made with sustainable materials or methods. We are committed to creating items that combine sustainability with style. Made with recycled cashmere and industril by products.

Size Chart

Care Instructions

We advise routinely dusting your items with a gentle cleanser to preserve its look. Periodically, it may need to be softly wet with a mild detergent solution.

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The Metzler KAROO™ 4 is the evolution of the heroic KAROO™ 3: a comprehensive tire for Adventure Bikes and Maxi Enduro to overcome the boundaries of adventouring.
  • Scoop-shaped blocks maximise the rack effect on soft terrains; knob shaping promotes both massive centre traction and lateral self-cleaning; the entire knob layout ensures a continuous support at any lean angle also on hard-packed terrains.
  • Stiffer carcass structures promote a superior performance at all stages; multi-radius profiles enable enhanced road capabilities and promote line holding and grip in lean, with dual-compound rears and lateral knobs shaped to enhance rubber response under heavy loads.
  • Tread rubber layout and tire profile enable adventourers to cope with lashing rain, cold temperatures, dodgy road surfaces and also in wet conditions and during emergency braking.
  • Rubber formulations improve resistance to abrasion, cutting and tearing with highly-aggressive tread-wear conditions; profiles promote rubber thermal stability by optimising footprint.