All GT Radial Champiro IcePro SUV tires

About GT Radial Champiro IcePro SUV

The GT Radial CHAMPIRO ICEPRO SUV winter tire is engineered for SUVs and light trucks, providing outstanding performance and safety even in the harshest winter conditions. With its studdable design and advanced technology, this tire ensures confident handling on snow, ice, and wet roads. Whether you're driving in urban areas or remote regions, it's a reliable companion for cold-weather travel.

• "LATERAL GROOVE" Technology: Enhances cornering traction and helps evacuate slush for improved grip.
• "NORDIC SILICA" Eco-Friendly Compound: Increases grip on ice and wet surfaces while reducing environmental impact.
• Ultra-Light Eco Studs (optional): Improve braking on ice with reduced road wear and lower noise levels.

Enhanced traction with "LATERAL GROOVE" Technology: This exclusive feature from GT Radial improves vehicle stability when cornering and efficiently channels away slush and water. The wide lateral grooves maintain strong contact with the road surface, even in challenging winter conditions. The result is precise handling and increased safety, whether you're navigating city streets or snow-covered highways.

Superior grip with the "NORDIC SILICA" compound: The advanced silica-based rubber blend in the CHAMPIRO ICEPRO SUV offers excellent traction on icy and wet surfaces. This cold-weather formula stays flexible at low temperatures, delivering enhanced responsiveness and shorter braking distances. Additionally, the "NORDIC SILICA" compound contributes to improved fuel efficiency and reduced rolling resistance.

Improved winter performance with optional ultra-light studs: For drivers seeking maximum ice traction, the CHAMPIRO ICEPRO SUV can be equipped with ultra-light eco-friendly studs. Thanks to "Special Stud Distribution," stud placement is optimized to enhance grip while minimizing road noise. Compared to traditional studded tires, these lightweight studs reduce pavement damage and provide safer, more stable braking on frozen surfaces.