PIRELLI Tyre SCORPION MX EXTRA X (F) 80/100-21 M/C 51M TT MST
SKU: 9003231
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€ 91.02
Product details:
- Ground: Training
- Aspect Ratio (Height): 100
- Rim Diameter: 21
- Tire Load Index: 51
- Speed Index: M < 130 km/h
- Position: Front
- Tire Pattern: SCORPION MX EXTRA X
- Tubeless Or Tubetype: TT - Tubetype
- Tire Structure: X-Ply
- Tire Family: Motorcycle & Scooter Tires
- Tire Category: MX Training/leisure
Additional information:
- Category: Off-Road Leisure Motorcycle Tyres
Weight and dimensions:
- Weight: lb
- Length: m
- Width: m
- Height: m
PIRELLI
Pirelli is a global leader in the tire industry, renowned for its high-performance and innovative products. With a focus on racing and luxury vehicles, Pirelli tires are designed to deliver exceptional grip, handling, and longevity. Known for their advanced technologies and premium quality, Pirelli tires are trusted by professional drivers and enthusiasts alike.
FOR PROFESSIONAL TRAINING AND AMATEUR TO SEMI-PRO RACERS
All NHS (Not for Highway service) motorcycle tyres are only for pure racing and cannot be used on public roads. Therefore there is no official homologation. Please have a look to the MOTOCROSS RANGE and/or contact your local Racing dealer.
FRONT BLOCKS_ arrow-like layout and side blocks for directional accuracy and straightaway visibility; V-shaped blocks improve braking stability and cornering side hold
REAR BLOCKS_ maximum traction on all terrain applications.
Surface area and compound’s carbon black structure for balance between stiffness, reliability and lasting performance
- Grip and traction on a wide range of terrain (from mid soft to mid hard)
- Perfect application for training; optimal compromise between performance and durability
- Tread pattern taken from previous design with the rear’s layout rigidity improved through “bridges” and a new front similar to the Scorpion MX Soft 410
- Multi-ply carcass with high resistance to punctures but maximum flexibility to absorb forces during jumps or obstacles
- Training performance in all terrain conditions with uniform block wear, resistance to deformation while damping and thus an extended durability
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