Dominate sandy landscapes with ease, equipped with the Samson GLF01. This industrial tire is designed for maximum traction and flotation. Featuring an optimized multi block rib pattern, this model delivers unmatched grip, while the round shoulder design provides superior ride comfort.
First of all, the Samson GLF01 features a unique tread pattern that maximizes traction in sandy conditions. Precisely, the multi block rib design creates plenty of biting edges that boost grip and stability on loose terrain, helping you maneuver the vehicle with ease. The optimized siping also combats heat buildup and improves steering accuracy, giving you crisp control at all times. Moreover, the wide zig zag grooves expel ground parts from the footprint to prevent clogging and slipping. This ensures a safe driving experience, avoiding needless issues. The rounded open shoulders combat irregular wear across the tread, thus increasing the service life. Besides, they elevate the comfort of the ride.
In addition, the Samson GLF01 comes with robust sidewalls that protect the rim from lateral impacts, preventing costly repairs and downtimes. They also allow for heavier loads, precisely a maximum of 12,100 lbs per single tire, depending on size. The protective ribs on the sidewalls further boost durability against punctures and cuts, ensuring longevity. The tire's modern rubber compound resists wear and tear while lowering the rolling resistance to cut fuel usage. At last, this model is available on the US market in popular sizes such as 14.00R20 and 16.00R20.
Features and benefits
- Innovative industrial tire optimized for applications in sand.
- Special multi block rib tread pattern ensures the best traction and flotation.
- Wide zig zag grooves evacuate sand and other ground parts from the footprint to increase safety.
- Rounded open shoulders provide ride comfort and promote even wear.
- Reinforced sidewalls shield the wheel from potential impacts to prevent downtimes.
- Advanced rubber compound minimizes wear and tear while cutting fuel usage.
