Champion Hydro ND Tires

Firestone Champion Hydro ND Tires

The Firestone Champion Hydro ND is an all season tire made for agricultural vehicles. This model is specially designed for irrigation systems. It features a non-directional tread pattern with lugs placed at a zero degree. This significantly improves the tire’s soft traction in various loose terrain situations. It eases pressure off the terrain surface, leaving fully intact soil behind instead of loosening it up.

The tire boasts an outstanding self-cleaning ability, due to the open shoulders and the wide spacing between the lugs. In fact, each of the lugs is slightly wider towards the tread center. It even has a square shape at the end that collects the mud and channels it away from the center. Either way, the mud or slush is guaranteed not to stay on the footprint for long. Since the tire is non-directional, it provides the same traction and self-cleaning capabilities both during its forward and backward motion.

Although the Firestone Champion Hydro ND comes with lugs that are completely lateral in respect to the sidewall. Despite that, it still utilizes the wide spacing between the lugs to increase surface contact. What this does is that it improves the tire’s stability against the terrain surface. With enhanced driving stability, the tire can be controlled with ease. It responds quickly and with great precision to the driver’s commands, making the driving experience much safer throughout the performance. The lugs are significantly wider towards the tread center and promote a square-like shape at the end. These are in line circumferentially, which helps with cornering.

Field-Friendly TireThe zero-degree lug placement with the high void ratio eases pressure off the field terrain, preventing the tire from doing damage to the soil.
Improved ControllabilityThe tread pattern is optimized for better surface contact with the spacing between the lugs, enhancing its maneuverability on loose terrain.
Enhanced Self CleaningThis model seamlessly gets rid of mud and any other obstructing element via the open shoulders, also utilizing the high void ratio.