The commercial tyre Long March LM711, although designed for use on the driving axles of trucks, is a versatile tyre effective for both regional and long-haul transportation. During its development, the manufacturer focused on increasing the tyre's lifespan, stability of traction characteristics, and reducing fleet operating costs.
Maximum traction under high load
The tread pattern is a combination of numerous blocks distributed along longitudinal rows, between which wide grooves are located. This design provides high efficiency in transmitting traction force on the driving axle, improving acceleration dynamics and vehicle stability. The developed system of drainage channels promotes quick removal of water and contaminants from the contact area, reducing the likelihood of skidding on wet surfaces.
Durable construction for long mileage
The basis is a all-steel carcass with reinforced breaker layers, designed for prolonged operation under high loads. The durable and rigid construction effectively resists deformations when driving at high speeds and helps maintain a stable contact patch shape. The special rubber compound is resistant to abrasive wear, overheating, and mechanical damage, which increases the tyre's lifespan.
Economical commercial operation
The combination of an optimized tread pattern and modern compounds contributes to reduced rolling resistance without compromising traction characteristics. This has a positive effect on fuel consumption during long trips and reduces tyre heating during operation. The even distribution of pressure allows for an increased tread life and maintains stable operating characteristics.
Key features of the Long March LM711:
- The tread pattern with numerous blocks provides high traction properties and stability of the driving axle on roads of various quality;
- The all-steel carcass increases the construction's durability, resistance to deformations, and allows for retreading;
- The specialized "commercial" rubber compound increases the tyre's mileage and maintains stable characteristics during intense operation;
- The optimized design reduces rolling resistance, contributing to reduced fuel consumption and operating costs.
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