Giti GDR638
This model is an drive-position tire engineered for commercial use to provide long life, powerful traction, reliable traction, load safety, and outstanding durability as well. It is designed to be used in regional haul and urban applications.
The GDR638 comes with a specialized tread compound molded into an optimized tread pattern that presents a six-rib design with a wide footprint for better pressure distribution. Due to 18/32” tread depth and computer-optimized shoulder design, this tire guarantees improved traction, uniform wear performance, excellent all-weather grip along with superb wet braking. Giti uses the latest innovations in the tire industry to provide longer wear and lower rolling resistance by predicting rubber characteristics at the molecular level. Advanced tread compound reduces rolling resistance for improved fuel economy for low operating costs.
For safety reasons this model has innovative groove geometry designed to minimize stone retention, thus extending casing lifespan. Wide circumferential tread grooves provide high aquaplaning resistance by better water and slush dispersion from under contact patch, improving overall performance.
Giti GDR638 is available in 17.5 and 19.5-inch size with an 18/32” and 19/32” deep tread pattern, promoting low rolling resistance and high mileage performance, being one of the best drive position tire options for a wide range of regional trucks and the best drive-position tire for commercial Lt. truck used in goods transportation.
Features and benefits
Long-lasting rubber product.
Specialized compound for better fuel usage and durability.
Wide tread depth for a low cost per mile.
Solid tread design with increased block stiffness provides high traction and better braking performance.
Innovative groove design reduces the stone drilling/retention.
Trustworthy casing structure promotes consistent wear throughout tire life.
All-new bead construction for easier rim mounting.
Wide circumferential grooves reduce hydroplaning risk, thus improving wet traction and braking performance.
