ROADTEC™ SCOOTER ROADTEC™ Scooter Choose the Metzeler ROADTEC™ Scooter tyres and discover the pleasure of driving safely and with high performance!


The new development for all kind of scooter ranging from 10 to 16 inches wheel that takes inspiration from the award winning ROADTEC™ 01.
ROADTEC™ Scooter boast extreme flexibility and versatility on the broadest range of weather, temperature and road conditions, in urban areas and beyond.


Grip in all conditions

Improved compound solution with a high content of SILICA in conjunction with the groove and sipes layout that enhance both the mechanical and chemical grip in all different situations.
Radial rears feature a dual-compound layout, where the center stripe covers approximately 20% of the tyre width, with the remaining 80% equally split between the two shoulders.
The compound on the shoulder features a higher percentage of silica for a better contact feeling when going into lean, especially when riding on wet.
The central stripe has a balanced mixture of silica and carbon-black to enhance high-speed stability, heat dispersal and to provide balance between abrasion resistance and grip.

Versatility of use in all seasons

The high content of SILICA in the compound recipe boasts extreme flexibility and versatility of use over a broad range of temperatures and road-surface conditions, in urban areas and beyond.
ROADTEC™ Scooter is hence the ideal solution for mobility in all seasons, regardless the weather and the temperature, with an excellent behavior in all the different situations.

Superior handling and comfort

The structures underneath each size of the ROADTEC™ Scooter range are tuned in construction and material according with the specific need of each fitment.
As a general guideline, all structures of ROADTEC™ Scooter feature slim and more flexible carcasses (if compared with both Feelfree™ and Feelfree™ Wintec), characterized by an adaptive behavior and light weight that improves the handling and provides better riding comfort.
Thanks to the innovative rounded profiles the footprint area is short and wide which beyond reducing compound consumption and increasing wear regularity it provides a progressive behavior and safety feeling when going into lean.
The increased footprint area distributes the vehicle weight and acceleration forces over a greater surface, reducing compound stress and overheating.

Safety on wet and low friction surfaces

The ROADTEC™ Scooter tread design takes inspiration from the award winning ROADTEC™ 01, now featuring sipes for an effective tuning on scooter application.
This tread design has been developed to enhance mechanical traction, with a clearly perceivable benefit when accelerating and braking.
The shape and layout greatly contribute to maximize water drainage and mechanical friction, along with a strong ‘family feeling’ with the ROADTEC™ family. 
The footprint area includes a high quantity of grooves and edges simultaneously in contact with the road, enhancing mechanical grip, water drainage and safety feeling; It also ensures more rubber in contact with the ground, especially during mid-lean, allowing higher grip starting from the very beginning of the lean.
The front tyre features a lot of transversal grooves that grip the asphalt as single elements and increase the amount of water drained while the short oppositely oriented sipes improve stability and control when braking. The sipes contribute also to increase traction on low-friction surfaces and compound warm-up.
The rear tyre features wide grooves and long sipes with opposed orientation that combine different effects: when accelerating, the grooves enhance the traction especially on low friction surfaces and when braking, the sipes prevent lateral movements and increase stability.


Transversal grooves:
  • Mechanical grip on medium and low friction surfaces when braking
  • Differentiated Multi-pitch sequence to disrupt resonance noise effect
  • ‘Brush effect’ improves interaction with ABS system
  • Efficient water drainage
Short Sipes:
  • Increase traction on low-friction surfaces
  • Improve stability and control when braking
  • Compound faster warm-up
Progressive groove distance:
  • Progressive tread blocks size
  • Higher grip and stability in lean
Saber-shaped grooves:
  • Outstanding water drainage
  • Wear regularity
  • Better bike control under critical conditions
Long sipes:
  • Enhanced traction on low-friction surfaces
  • Improved stability and control when braking
  • Compound faster warm-up
  • Increased match between the tread and road surface
Radial side stripe compound:
  • High Silica content
  • Wide stripe covers 80% of the contour on each side
  • High chemical grip on wet
  • Leaning confidence
  • Steering precision and line holding
Radial center stripe compound:
  • Balanced Carbon-Black & Silica
  • Wide range of operative temperature
  • Chemical grip on both dry and wet surfaces
  • Stability, Mileage & Wear resistance


  • 110/70 - 13 M/C 48P TL
  • 120/70 R 14 M/C 55H TL
  • 120/80 - 14 M/C 58S TL
  • 120/70 - 15 M/C 56S TL
  • 120/70 R 15 M/C 56H TL
  • 100/80 - 16 M/C 50P TL
  • 110/70 - 16 M/C 52S TL
  • 130/70 - 12 62P REINF TL
  • 150/70 - 13 M/C 64S TL
  • 120/80 - 14 M/C 58S TL
  • 150/70 - 14 M/C 66S TL
  • 160/60 R 14 M/C 65H TL
  • 160/60 R 15 M/C 67H TL
  • 120/80 - 16 M/C 60P TL

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