Description
- Designed for use on the drive axle of semi-trucks in regional applications
- Designed for use on the drive axle of semi-trucks in regional applications
- Designed for use on the drive axle of semi-trucks in regional applications
- Designed for use on the drive axle of semi-trucks in regional applications
- Open shoulder design promotes self-cleaning for consistent traction and to protect the casing from damage
- Open shoulder design promotes self-cleaning for consistent traction and to protect the casing from damage
- Open shoulder design promotes self-cleaning for consistent traction and to protect the casing from damage
- Open shoulder design promotes self-cleaning for consistent traction and to protect the casing from damage
- 3D sipes interlock within the tread blocks to keep the tire rigid, which prevents irregular wear and enhances control in wet and dry weather
- 3D sipes interlock within the tread blocks to keep the tire rigid, which prevents irregular wear and enhances control in wet and dry weather
- 3D sipes interlock within the tread blocks to keep the tire rigid, which prevents irregular wear and enhances control in wet and dry weather
- 3D sipes interlock within the tread blocks to keep the tire rigid, which prevents irregular wear and enhances control in wet and dry weather
- A wide footprint puts more rubber on the road to boost handling and stability while also further preventing irregular wear
- A wide footprint puts more rubber on the road to boost handling and stability while also further preventing irregular wear
- A wide footprint puts more rubber on the road to boost handling and stability while also further preventing irregular wear
- A wide footprint puts more rubber on the road to boost handling and stability while also further preventing irregular wear
- Optimized design increases fuel efficiency and performance
- Optimized design increases fuel efficiency and performance
- Optimized design increases fuel efficiency and performance
- Optimized design increases fuel efficiency and performance
