Groundspeed GSVS01
FEATURES AND BENEFITS
- All season road grip
- Hydroplaning prevention
- Improved durability
- Prolonged tread life
- Reduced fuel consumption
- Self-cleaning footprint
OVERVIEW
The Groundspeed GSVS01 is a highway terrain, all season tire designed for commercial vehicles. It is built to be mounted on the vehicle’s drive axle positions.
The all season compound makes sure the tire is flexible and operational in both hot and cold temperatures. The sipes on the main blocks offer additional biting edges to secure light winter traction. The zigzag circumferential grooves channel water and slush from under the tire, stopping hydroplaning. The ribs and the blocks create a higher road-to-rubber ratio, enhancing dry road grip. Furthermore, the zigzag grooves and the central knobs allow the model to remove rocks from the footprint, improving traction.
The tire sports multiple belts that make it sturdy enough to endure heavy cargo and loads with ease. This, together with the radial construction and the consistent road traction, keeps optimal pressure circulation along the footprint. It also strengthens the tire by maintaining its structural integrity, increasing resilience to pressure accumulation and tread deformation. As a result, the overall balance of the model is upgraded.
The model is designed to have a longer-lasting service life. The special compound lowers the friction of the rubber molecules, minimizing heat build-up during the drive. The self-cleaning ability lessens the chance of tread damage. The deeper starting tread offers additional rubber to be worn off while driving. Furthermore, the sturdier construction and the closed solid shoulders preserve the model’s ideal shape, ensuring even wear. These elements elongate the tire’s life extensively.
The Groundspeed GSVS01 promotes a fuel-conscious drive. The advanced compound increases heat resistance, preventing the heat from affecting the tire’s traction. This lowers rolling resistance. It is further lessened, by the optimal tread design and the continual shoulder ribs, allowing them to maintain seamless forward motion, reducing the necessary fuel intake for performance and CO2 emissions as well.
