Bridgestone M729F

Bridgestone M729F

FEATURES AND BENEFITS

• All weather traction
• Longer lasting tread life
• Enhanced durability

OVERVIEW

The Bridgestone M729F is a highway terrain, all season tire manufactured for commercial vehicles. It was made to be mounted on the vehicle's drive axle.

The tire promotes great all weather traction. The open shoulder tread design and the all season tire compound increase the dry, wet and winter weather traction. The tread elements heighten the number of biting edges gripping the road surface, which boosts the year round performance. The all weather compound, on the other hand, maintains the rubber flexibility and keeps the tire pliable in various temperatures. The open shoulder design and the tread's groove pattern work together to prevent hydroplaning. These tread elements eliminate water and slush from below the footprint and guarantee a safer year round drive.

The model lengthens its usability greatly. The tread design and the durable compound improve the tread life and the damage resistance. The compound decreases the tread wear rate with the wear-resistant rubber materials. The tread's constant surface contact allows the tire's even pressure distribution. The equally spread out forces of acceleration, cornering and braking avoids irregular wear formations across the tread area, extending the tread life. The special sidewall protector ribs prevent damage to the tire. This tread design avoids punctures, cuts and other damage which may shorten the tire's service life, ensuring a secure performing capability.

The M729F boosts the load and driving durability with the stronger construction. The tire's reinforced casing structure and its optimal cap and base compound pattern increase the load and driving strength. In other words, these elements strengthen the tire against the driving and load pressure, maintaining the ideal tire shape during its performance. By preventing the tire shape's deformation, the tire is able to carry and withstand heavy loads with ease, boosting the load capacity significantly.