DBK91

Engineered tread design for track stability
The bridge pedal gives you a balanced distribution of pressure on the road surface, which contributes to maintaining the lane and reducing deviations during loading or at high speeds.

Fine grooves to reduce wear and improve performance
The micro-cracks help dissipate heat caused by friction, and prevent irregular wear of the tread, which enhances the life of the tire and ensures reliable long-term performance.

Reinforced steel structure to withstand standard loads
The internal steel layers are designed to provide rigidity with sufficient flexibility, making the frame suitable for transporting heavy loads over long distances without loss of stability or deformation.

Driving comfort with reduced vibration
The frame structure reduces vibration transmission to the truck, improving the driving experience and reducing driver fatigue during long trips.

Officially approved
The tire has the Saudi Quality Mark (SASO) and the Gulf Certificate of Conformity, making it a qualified option to work within government and private transport contracts.

Balanced tread consumption extends the life of the tire

The design of the bridge pedal is based on a consistent geometric distribution of grooves and width, which reduces lateral wear and prevents premature deviation in the wear of the tread. This means that the tire is worn gradually and evenly, extending its life and ensuring lasting stability until the last kilometer.

The Darbek Daasa Jisr framework is a framework specialized in working on long distances On trucks and trailers that transport fixed loads in paved or stable operating environments.
It has a high road holding capacity. The pedal design provides precise distribution of pressure over the entire surface of the tread, reducing irregular wear and maintaining balanced performance throughout the life cycle of the tire.

The rubber formula used is designed to withstand the heat caused by continuous operation. The improved grooves in the pedal contribute to the dispersion of heat and reduce excessive friction, leading to increased tire life and performance efficiency.

Thanks to the robust internal structure design, the bridge pedal frame can withstand high loads without deformation or lateral damage, even in the case of continuous use in cities or highways.
It has also been manufactured to comply with official certification requirements, making it suitable for use in government and private fleets, and heavy truck operators.

And with a feature Regroovable, the tire becomes a long-term economic investment for fleet owners seeking to achieve High operating efficiency at a lower cost.