A harvester is a versatile agricultural machine designed for harvesting crops such as wheat, corn, and soybeans. It combines several functions into a single piece of equipment, including cutting, threshing, and cleaning. For all of that to work accordingly, it needs proper tires that will make it as productive as possible. So, we present the Mitas HC 3000 - a durable model designed for the drive wheel of harvesters.
First of all, the Mitas HC 3000 has a directional tread pattern that takes traction and stability to a whole new level. The solid blocks bite into the ground with ease, offering incredible towing power and surface grip. Also, the VF (Very High Flexion) structure of the tire provides lower rolling resistance and smoother overall performance. A flexible sidewall design combined with a large footprint minimizes soil compaction by boosting flotation and evenly spreading load pressure. Besides, this upgrades the weight capacity, allowing a single tire to support up to 25,400 lbs, depending on the size.
In addition, the Mitas HC 3000 benefits from a tubeless internal build that optimizes performance under heavy loads. The special carcass improves the load capacity by up to 40%, serving a wide range of applications. Moreover, the latest hexa core technology offers a safe fit of the rim, thus reducing any risks of deformation. A high void ratio on the tread area adds to the self cleaning ability, throwing soil, mud, and dirt away from the footprint. Finally, this model is accessible on the US market in numerous sizes, starting with rim diameters of 26" and going up to 42"
Features and benefits
- Very High Flexion tire designed for the drive axle of harvesters.
- Durable carcass provides up to 40% higher weight carrying capacity.
- New hexa core technology improves the fit of the rim to combat deformation.
- Large footprint evenly spreads load pressure and increases flotation.
- High void ratio throws ground elements away for more traction and stability.
- Directional lug placement grants a confident grip in various conditions.
