Reliable trailer tires contribute to smoother rides, minimizing vibrations and jolts for cargo protection. With this in mind, we present the Mile Pro MP688 - a durable model designed for trailer applications. Thanks to its innovative design and tough build, it ensures a long service life along with excellent performance.
Firstly, the Mile Pro MP688 features a symmetric five rib tread pattern that offers great traction and stability on dry and wet roads. The main three ribs improve the handling accuracy, making sure the trailer follows the towing vehicle with utmost precision. Also, the open shoulders combat heat buildup and promote even wear for a long service life. They enhance the cornering performance, helping you take sharp turns with ease. Besides, the optimized siping distribution creates plenty of biting edges that upgrade grip and balance, preventing trailer wobbling and slipping. Four wide grooves expel water from the footprint to reduce the risk of aquaplaning.
This raises safety on rainy days, making the Mile Pro MP688 a trusty companion for your needs. In addition, the tough sidewalls elevate the load capacity, allowing a single tire to withstand up to 3,086 lbs, depending on size. They also shield the rim from potential curb damage and other impacts, avoiding unwanted downtimes. With an advanced rubber compound, this model ensures high fuel efficiency for the towing car. It keeps the rolling resistance low, requiring less power for towing. At last, this tire is available on the US market in popular sizes with rim diameters of 16" and 19.5".
Features and benefits
- Reliable tire designed for trailer applications.
- Open shoulders promote regular wear and improve the cornering performance.
- Wide grooves expel water from the footprint to reduce aquaplaning risks.
- Optimized siping enhances grip and combats heat buildup for better mileage.
- Modern rubber compound lowers the rolling resistance to boost fuel efficiency for the towing vehicle.
- Tough sidewalls elevate the load capacity and protect the wheel from potential impacts.
