Pirelli Scorpion Enduro R folding tyre (29" | 2.6")

The Scorpion Enduro range is designed for riders who always have their eye on the stopwatch and need to rely on grip and a stable structure. HardWALL technology combined with SmartGRIP compound in one tyre, expresses itself at the highest level in all climatic conditions.

Medium tread lug spacing, added traction and durability without compromising performance on varied terrain. Scorpion Trail R forms a perfect combination together with Scorpion Trail M at the front.

Rear wheel specific model: special lugs designed for traction and braking grip. The perfect tyre for those looking for a balanced setup for their bike.

Features

• Design: Folding tyre
• Coumpound: SmartGRIP
• Technology/Puncture protection:
  • HardWALL
  • Carcass:60 tpi TRL
  • Weight:
    • 940g (27.5 x 2.4)
    • 980g (29 x 2.4)
    • 1090g (27.5x 2.6)
    • 1140g (29 x 2.6)
    • Dimension:
      • 27.5 x 2.4
      • 29 x 2.4
      • 27.5x 2.6
      • 29 x 2.6
      • Size (ERTO):
        • 60-584
        • 60-622
        • 65-584
        • 65-622

        Tread

        The Scorpion Trail R tread is designed for use on the same terrain as the Scorpion Trail M, with average lug height and spacing and a wide range of use. The specific design of the centre lugs, derived from Pirelli's experience in the world of motocross, increases grip and stability during both braking and pedalling, giving the Scorpion Trail R a unique level of dynamism and reliability and providing excellent smoothness on mixed terrain.

        Compound

        SmartGRIP Compound is an advanced compound developed based on motorsport experience. The single compound solution provides consistently high grip performance on both wet and dry surfaces, even when the lugs start to wear.

        HardWALL

        The structure features bead-to-bead protection and a hard rubber insert directly over the bead for added reliability during aggressive driving. The multiple reinforcements embedded in the carcass designed for modern bikes aim to either improve structural reliability or provide more support at lower pressures.

        >.