The drive wheel is what sets harvesters on the move to be productive and efficient. Of course, this requires high quality tires that are specifically built to handle very heavy loads and apply as little pressure on the ground as possible. Meet the Mitas AC 70 N - a durable drive position tire designed for harvesters, ensuring reliable traction, stability, and longevity.
Primarily, the Mitas AC 70 N has the trusty directional tread pattern that most drive position farming tires have. The smart lug placement adds extra grip and towing power, making sure that you always stay in motion. In addition, the high void ratio of the tire keeps the footprint clean of various ground elements like grass and soil, thus minimizing irregular wear and granting full surface contact at all times. An open shoulder design provides more traction and improves the balance of the vehicle when taking sharp turns.
Secondly, the Mitas AC 70 N comes with solid sidewalls that not only protect the rim from lateral impacts but also upgrade the load capacity. Combined with the durable tubeless internal build, they allow for a single tire to handle weights of up to 16,500 lbs. The optimized rubber compound promises cost efficiency, meaning that fuel usage gets lower and the amount of carbon emissions drops. It also absorbs vibrations, making navigation between fields smoother. Besides, a large footprint evenly spreads the pressure on the surface, thus boosting flotation and fighting off soil compaction. Above that, this model is accessible on the US market in popular sizes for harvesters with a rim diameter of 32".
Features and benefits
- Sturdy drive position tire crafted for harvesters.
- Common but efficient tread pattern with lugs offers the needed traction and grip.
- Robust sidewalls and tubeless internal build upgrade the load capacity.
- Large channels expel water, soil, and mud from the patch area to increase safety.
- Optimized rubber compound absorbs vibrations for smoother trips between fields.
- Wide footprint boosts flotation and reduces soil compaction.
