Shinko 005 Advance 120/60ZR17 Front Tire | 120/60‑17 Sport Motorcycle Tire | Aramid‑Belted High‑Performance Radial

OVERVIEW

The Shinko 005 Advance is a high-performance radial front tire engineered specifically for sport and performance motorcycles. Built with an aramid-reinforced belt package and street-focused rubber compound, this 120/60ZR17 profile delivers consistent grip and long-term durability across varied riding conditions. Designed exclusively for front-wheel mounting, it supports modern fork geometry while maintaining structural integrity at higher velocities.

ENGINEERING & PERFORMANCE

The large block tread arrangement provides stable turn initiation and reliable deceleration control on dry pavement. A radial construction paired with aramid belt reinforcement reduces deflection under load, enhancing straight-line stability and cornering precision. Continuous circumferential grooves efficiently channel water away from the center rib, preserving ground contact during light rain without compromising dry handling.

KEY FEATURES

• Radial construction with aramid belt reinforcement
• 120/60ZR17 sizing optimized for sportbike front ends
• Large block tread pattern for braking and acceleration control
• Continuous circumferential grooves for wet-weather drainage
• Street-formulated rubber compound balancing grip and wear resistance
• ZR speed rating for sustained high-velocity operation
• Designed specifically for front-wheel mounting applications

TECHNICAL SPECIFICATIONS

• Brand: Shinko
• Part Name: 005 Advance Front Tire
• Product Type: Motorcycle Front Tire
• Material: Rubber with Aramid Belt Reinforcement
• Size: 120/60ZR17
• Speed Classification: ZR

FITMENT

• Sport and performance motorcycles requiring the 120/60ZR17 front tire size.

WHY RIDERS CHOOSE THIS

Riders select this tire for its aramid-belted radial build and large-block behavior that matches modern sportbike handling characteristics. The reinforced sidewall and specialized tread design work together to maintain consistent contact patch geometry during hard leans and rapid direction changes. By prioritizing controlled flex and moisture evacuation, the compound simplifies setup while extending service intervals between replacements. This profile integrates seamlessly with standard double-sided fork geometries, giving front-heavy machines predictable feedback without excessive steering effort.