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Size

255/50R19

Load index

107

Speed rating

Y  (300 km/h - 186 mph)

Sidewall

BSW

Category

Ultra Performance

Customer Feedback

GT Radial - Champiro HPY - 255/50R19 XL 107Y BSW
GT Radial - Champiro HPY - 255/50R19 XL 107Y BSW





 
 - 255/50R19



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Size

255/50R19

Load index

107

Speed rating

Y  (300 km/h - 186 mph)

Sidewall

BSW

Category

Ultra Performance

Customer Feedback

Description

The Champiro HPY is an ultra-high performance summer tire designed for drivers who demand precise handling and superior safety in all conditions. Its innovative asymmetric tread combines advanced technologies and premium materials to deliver outstanding grip, exceptional cornering precision, and remarkable straight-line stability on both wet and dry roads.

  • Asymmetric tread design for exceptional cornering performance on wet and dry surfaces.
  • Solid central rib providing enhanced straight-line stability and excellent steering response.
  • Four wide circumferential grooves for efficient water evacuation and optimal aquaplaning resistance.

The asymmetric tread design of the Champiro HPY is engineered to maximize contact patch and evenly distribute forces during cornering. This unique structure improves handling precision and lateral grip, delivering excellent stability on both dry and wet roads. This technology also ensures even tread wear, extending tire life without compromising performance.

The solid central rib plays a crucial role in directional stability. It reinforces the tire’s carcass rigidity, resulting in improved straight-line control and quick steering response. This innovation provides the driver with precise control and increased confidence, especially during rapid acceleration and braking on wet surfaces.

The four wide circumferential grooves enable fast and efficient water evacuation, significantly reducing the risk of aquaplaning. Combined with the 100% silica tread compound, these grooves optimize wet traction by increasing the tire-to-road friction. This technological blend enhances grip and safety even in challenging weather conditions, while also contributing to better fuel efficiency through reduced rolling resistance.