Load is evenly distributed throughout the footprint area for lower soil compaction and higher crop yields
|
Feature |
Radial tire construction |
| How does it work? |
Carcass design provide a large footprint |
| Benefit |
Load is evenly distributed throughout the footprint area for lower soil compaction and higher crop yields |
Lower fuel consumption reduces operating costs
|
Feature |
Large footprint gives reduced contact pressure |
| How does it work? |
Lower rolling resistance |
| Benefit |
Lower fuel consumption reduces operating costs |
Tire is suitable for many different applications providing high levels of stability and safety
|
Feature |
Optimized wide & flat tread design |
| How does it work? |
Design resists lateral slippage and also provides excellent grip when braking |
| Benefit |
Tire is suitable for many different applications providing high levels of stability and safety |
Suitable for a wide range of operations both in the field and on the road
|
Feature |
High speed and high load capability |
| How does it work? |
Different versions of the tire are rated for operating speeds up to 50Km/h or 90Km/h and individual tire loads of over 3000kg |
| Benefit |
Suitable for a wide range of operations both in the field and on the road |
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