SOLUS HA32 SUV - KUMHO

 

Description

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he brand new Solus 4S HA32 SUV winter approved 4-season tire from Kumho offers you a very high level of performance and is superbly balanced with marked improvements on dry and wet roads. Compared to its predecessor the HA31, the tests carried out in Spain and Finland have highlighted the new capabilities of the HA32. Whether it's its new tread compound, its innovative sculptures, its interlocking 3D sipes or even its connecting bridges between the blocks and the wear indicator, the new Solus 4S HA32 SUV has everything to enter the court of big. It even won this year's Good Design Award. Its all-new compound based on natural pine resin ingredients maximizes grip on wet pavement. This also allows the flexibility of the rubber to be retained, making the footprint more homogeneous on snowy roads. Braking distances are then reduced, even in very cold weather. Lateral grooves that widen outwards offer better resistance to aquaplaning. Many slats of different shapes improve the rigidity of the blocks. Traction and traction are improved for better handling on slippery surfaces. The interlocking 3D sipes at the shoulder lock according to the conditions, such as sudden braking, in order to maintain the stability of the vehicle and its trajectory. Lateral grooves that widen outwards offer better resistance to aquaplaning. Many slats of different shapes improve the rigidity of the blocks. Traction and traction are improved for better handling on slippery surfaces. The interlocking 3D sipes at the shoulder lock according to the conditions, such as sudden braking, in order to maintain the stability of the vehicle and its trajectory. Lateral grooves that widen outwards offer better resistance to aquaplaning. Many slats of different shapes improve the rigidity of the blocks. Traction and traction are improved for better handling on slippery surfaces. The interlocking 3D sipes at the shoulder lock according to the conditions, such as sudden braking, in order to maintain the stability of the vehicle and its trajectory.