GT Radial
Giti Tire is fully committed to maintaining the highest standard of quality control procedures. All plants have obtained ISO/TS16949:2002 accreditation (a highest standard of quality control) and ISO14001 Environmental Management System Accreditation.
Giti Excellent System governs not only operational excellence and efficiency but also employee health and safety in the work place and environmental sustainability by reducing natural resources and increasing reuse/recycling.

Reinforced construction that delivers robust load bearing capacity and excellent wet and dry grip. Delivers maximum mileage with reduced heat.

Reinforced construction that delivers robust load bearing capacity and excellent wet and dry grip. Delivers maximum mileage with reduced heat.

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Reinforced construction that delivers robust load bearing capacity and excellent wet and dry grip. Delivers maximum mileage with reduced heat.

Reinforced construction that delivers robust load bearing capacity and excellent wet and dry grip. Delivers maximum mileage with reduced heat.

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Reinforced construction that delivers robust load bearing capacity and excellent wet and dry grip. Delivers maximum mileage with reduced heat.

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Ensures good directional stability and fast steering response. Removes water effectively and delivers grip for best aquaplaning performance.

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Ensures good directional stability and fast steering response. Removes water effectively and delivers grip for best aquaplaning performance.

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Ensures good directional stability and fast steering response. Removes water effectively and delivers grip for best aquaplaning performance.

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Ensures good directional stability and fast steering response. Removes water effectively and delivers grip for best aquaplaning performance.

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.

Ensures good directional stability and fast steering response. Removes water effectively and delivers grip for best aquaplaning performance.

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The Champiro HPY combines a dynamic and sporty drie with safety and comfort

The MAXMILER PRO optimized the rolling resistance by having flat contour design to ensure less tire deformation during rotation under heavy payload which results to lower fuel consumption due to reduced rolling resistance.