Dunlop Sportmax Q5A Front Motorcycle Tire 120/60ZR17 (55W) Street Sport Tubeless Radial

OVERVIEW

The Dunlop Sportmax Q5A is a front motorcycle tire engineered for sport and street platforms that require precise grip and predictable handling. Its tubeless radial carcass pairs with a blackwall profile to support standard wheel setups and modern valve stems. The compound formulation targets consistent surface adhesion across varied asphalt conditions.

ENGINEERING & PERFORMANCE

A Jointless Belt architecture limits dynamic expansion under load while preserving controlled flex response through the contact patch. This structural reinforcement works alongside a combined Carbon R and Hi Silica X chemical blend to deliver stable mechanical feedback during both dry and wet riding scenarios. The radial layout and 55W rating ensure steady performance characteristics aligned with street-focused operation.

KEY FEATURES

• Jointless Belt internal construction for structural integrity
• Carbon R and Hi Silica X compound blend optimized for dry and wet traction
• Tubeless radial design compatible with modern valve stem standards
• 55W load and speed rating designation
• Specially configured for front-position mounting
• Blackwall sidewall finish

TECHNICAL SPECIFICATIONS

• Brand: Dunlop
• Part name: Sportmax Q5A
• Product type: Front motorcycle tire
• Material: Radial rubber compounds
• Mounting position: Front axle
• Compatible trims: Sport and street motorcycles requiring a 120/60ZR17 tire size

FITMENT

• Sport and street motorcycles requiring a 120/60ZR17 front tire dimension

WHY RIDERS CHOOSE THIS

Riders select this tire for its documented radial engineering and consistently neutral feedback during street riding. The jointless belt structure stabilizes contact patch deformation, which translates to precise cornering feel and dependable grip across seasonal temperature swings. Combined with straightforward tubeless compatibility and a standardized 55W rating, the design simplifies installation while maintaining predictable handling over varied pavement. This configuration aligns naturally with performance-oriented machines that demand accurate steering response without aggressive tread aggression.