If you want the best traction, then the Titan Tru Power might be your greatest bet. This rear tractor tire is ideal for dry and wet soil conditions, easily propelling the tractor forward. With its special tread pattern and optimized internal build, it makes a great ally for demanding farm work.
Primarily, the Titan Tru Power features a directional tread pattern that digs into the soil with efficiency, thus improving traction and overall performance. The angled blocks provide stability and grip in various conditions, tackling any obstacle in its way. A high void ratio keeps the footprint clean of mud, water, and debris to prevent clogging and reduce the risk of slipping. Moreover, the stiff sidewalls shield the rim from lateral impacts. Besides, a special rim guard keeps debris away from the bead seat area to combat irregular wear and avoid downtimes.
In addition, Titan Tru Power benefits from a tough rubber compound that promotes durability and a long lifespan. Its tubeless build secures a safe rim fit to prevent pressure loss due to air leaks. The optimal tread measurements help to evenly spread weight stress on the surface, resulting in more flotation and less soil compaction. The tire's large open shoulders provide additional stability and lateral grip to further boost performance in harsh conditions. Finally, this model is available on the US market in popular sizes with rim diameters of 12" and 16".
Note: The tire is available in another option (Titan Tru Power II) that comes with a wider footprint and a stronger build for specific agriculture operations.
Features and benefits
- Amazing rear tractor tire crafted for demanding farm operations.
- Optimized tread pattern ensures traction on wet and dry surfaces.
- Special rim guards keep debris away from the bead seat area to avoid downtimes.
- High void ratio boosts the self cleaning ability to minimize wear and reduce the risk of slipping.
- Durable sidewalls offer protection from damage and upgrade the load capacity.
- Ideal tread width evenly distributes weight stress on the ground to increase flotation.
