Experience a new level of reliability with Hercules tires, designed for durability and performance. For example, the Super Lug ADV R4 Backhoe is a premium tire for standard backhoe loaders that operate in various on/off road industrial jobs. Thanks to its build, the tire is optimized for road transportation as well as for job site applications.
Starting off, the Hercules Super Lug ADV R4 Backhoe comes with a directional tread pattern that ensures superb traction and grip, be it on or off the road. Its overlap design at the center raises stability and steering accuracy while enhancing operator comfort. Moreover, a high void ratio boosts the self cleaning ability, keeping mud and debris away from the tread. This increases safety as it reduces the risk of slipping in harsh conditions. Besides, the aggressive open shoulders grant extra grip and balance when driving on uneven terrain.
In addition, the shoulders of the Super Lug ADV R4 Backhoe promote even wear, leading to a long tread life. A durable rubber compound minimizes wear and tear by resisting cuts, chips, and punctures. It also lowers the rolling resistance, providing high fuel efficiency, especially when driving on paved roads. Thanks to the tire's robust sidewalls, the rim stays protected from lateral impacts. Their reinforced build also allows for higher load capacities, helping a single tire support up to 8,850 lbs, depending on size. At last, this model is accessible on the US market in well known sizes with a rim diameter of 24".
Features and benefits
- Amazing standard backhoe tire designed for on/off road industrial jobs.
- High void ratio boosts the self cleaning ability by throwing mud and debris away from the patch.
- Directional tread pattern with overlapping blocks improves stability and traction in various conditions.
- Open shoulders add extra lateral grip and promote even wear for a long service life.
- Modern rubber compound minimizes chip and cut damage while cutting fuel usage.
- Reinforced sidewalls shield the rim from impacts and upgrade the load capacity.
