Looking for a rear position tire that will suit agricultural demands with ease? Then the Mitas TR-09 might just be your best choice. This implement traction model is designed to minimize soil crushing without sacrificing performance. Thanks to its innovative elements, it ensures smooth driving both in the field and on the road.
First of all, the Mitas TR-09 comes with a directional tread pattern that provides the necessary traction that every farmer demands. The solid blocks bite into the ground with confidence, offering high pull power and a strong grip for maximum safety. Moreover, the center tread design grants accurate steering, keeping the tractor stable at all times. Next, the high void ratio throws ground elements like water and soil away from the footprint, reducing the risk of skidding. This also leads to less irregular wear and a longer lifespan with no downtimes.
What's more, the Mitas TR-09 features rounded shoulder blocks that protect the soil and minimize compaction. The open design adds more lateral grip and stability when taking sharp turns. Also, robust sidewalls upgrade the load capacity while shielding the rim from impacts. Optimal ply ratings of 12 and 14 (depending on the size) come in aid by elevating the tire's durability and performance under load pressure. Besides, the ideal tread width results in an even spread of the pressure on the surface, further keeping the soil/crops/grassland safe. The advanced rubber compound keeps the rolling resistance low, thus reducing fuel usage. Finally, this model is accessible on the US market in some popular sizes with rim diameters of 18" and 20".
Features and benefits
- Innovative traction tire designed for tractors involved in various field jobs.
- Tough internal build upgrades the load capacity and durability.
- Robust sidewalls shield the rim from lateral impacts.
- High void ratio keeps the footprint clean at all times to reduce any skidding risks.
- New rubber compound minimizes wear and lowers fuel usage.
- Solid blocks grant the best traction and stability without compacting the soil.
