Escapa presents theMichelin Force AM2 27.5 TLR Comp Line tire, a high-performancetire for All Mountain riding, designed to provide an optimal balance between rolling efficiency and traction. Its GUM-X compound and Gravity Shield casing offer durability and reliable performance across a wide range of terrain, making it ideal for the rear wheel.
Features:
- Model: Force AM2.
- Size: 27.5 inches in diameter. Common widths for All Mountain tires typically range from 2.35 to 2.60 inches, providing ample air volume for comfort and traction.
- Type: Tubeless Ready (TLR), allowing for tubeless installation using sealant. This is crucial for All Mountain riding, as it enables riding at lower pressures for better grip and comfort, as well as improved puncture protection.
- Rubber Compound: Generally, Michelin AM tires in the Comp Line use advanced compounds such as GUM-X (GUM-X3D). This compound is designed to offer excellent grip on mixed and rocky terrain, good durability, and efficient rolling resistance.
- Tread Design:
- Center Knobs: Features knobs with a moderate profile that are relatively close together in the center to optimize rolling resistance and pedaling efficiency. Their design is typically ramped at the front for speed and square at the rear for traction and braking.
- Side Knobs: These are more aggressive and spaced further apart to provide solid grip in corners and on loose terrain.
- The overall design aims for a good balance between rolling efficiency on flat terrain and the grip needed for technical descents and climbs.
- Casing:
- Gravity Shield Technology: Tires in the Comp Line for All Mountain typically feature a robust casing (e.g., 3x60 TPI) with Gravity Shield technology, which includes bead-to-bead reinforcement for high resistance to punctures and cuts, especially on the sidewalls.
- Recommended Use: Ideal for All Mountain (AM) and Trail riding. It is a versatile tire for riders facing a variety of terrains, from technical climbs to demanding descents, seeking a balance between pedaling efficiency, traction, and durability.
