• A “Classic” tread made with technology and compounds specific for medium – high performance bikes .
• Incredible precision on corner entry and easy handling on mixed routes.
• Radial carcass structure with a steel belt at 0° for stability and a great feeling of control even on the most demanding surfaces.
The PIRELLI Phantom Sportscomp is a high-performance motorcycle tire designed for sport and touring riders seeking reliability and precision on the road. This tire features a robust construction with a specially formulated tread pattern aimed at providing excellent grip and stability during aggressive cornering and high-speed riding. Made by PIRELLI, a trusted name in motorcycle tires, the Phantom Sportscomp offers a combination of durability and superior handling capabilities.
Constructed with advanced rubber compounds and optimized tread design, this tire ensures consistent performance across a variety of road conditions. The 150/70 R17 size fits a wide range of sport and touring motorcycles, delivering a comfortable ride with enhanced traction. The tire’s load index of 69H indicates a maximum load capacity suitable for most street motorcycles, while the tubeless (TL) design simplifies installation and maintenance.
Designed for riders who demand high performance, the PIRELLI Phantom Sportscomp is an ideal choice for both everyday commuting and spirited weekend rides. Whether you're navigating city streets or carving mountain curves, this tire provides confidence-inspiring grip and responsive handling, backed by PIRELLI's reputation for quality. Invest in the Phantom Sportscomp for a dependable, high-quality motorcycle tire that enhances your riding experience.
Features:
- Size: 150/70 R17 for a perfect fit on sport and touring motorcycles
- High-performance tread pattern for excellent grip and stability
- Rubber compounds formulated for durability and consistent traction
- Tubeless design for easier installation and maintenance
- Load Index: 69, suitable for most street motorcycles
- Speed Rating: H, supporting high-speed stability
