11R22.5 144/142L G/14 Bw Fortune Fdr601 Et Osd

The Fortune FDR601 is a highway terrain, all season tire manufactured for commercial vehicles. This model was made for the vehicle’s drive axle. The tire improves the all weather performing safety. The all season compound and the detailed tread design upgrades the dry, wet and winter traction. The durable compound elements optimize the rubber flexibility throughout the year, optimizing the high-heat summer and colder winter weather performance. The tread design with the unique siping pattern boosts the grip on the road surface with additional biting edges. The tread design manages to enhance the hydroplaning resistance as well. The grooves disperse water and slush from the footprint, resisting hydroplaning in the process and boosting the wet traction. The stronger all weather traction and the detailed footprint’s surface contact minimize the pressure affecting the tire. In this manner, the tire is able to lower the rolling resistance, which is the pressure affecting the tire that regulates the vehicle’s necessary fuel intake levels. Lowering the rolling resistance allows the tire to decrease the vehicle’s fuel consumption and CO2 emission levels. This results in a fuel conscious and environmentally friendly driving experience. The reduced rolling resistance works together with the stabilized footprint and the durable compound elements to enhance the usability. The lessened pressure placed on the tread surface and the wear-resistant compound elements manage to greatly shorten the overall treadwear rate. On the other hand, the tread’s tie-bars stabilize the blocks, enabling the footprint’s even pressure distribution. As a result, the tire effectively prevents irregular wear formations across the tread area. The slower and even wear greatly improves the tread life length. The FDR601 improves the load durability. The reinforced steel belt structure keeps the ideal tire shape under the load and driving pressure. As the tire does not deform, the tire is able to securely carry and withstand heavy loads with ease, optimizing the overall load capacity.