. Exceptional Wear and Tear Resistance
The Darbk Tuwaiq Tread tire uses an advanced rubber compound that resists wear caused by high heat and protects against cuts and slipping on rough surfaces.
. Innovative Grooves for Extra Stability
Features a zigzag, multi-angle tread design that evenly distributes pressure and prevents slipping on uneven roads, enhancing control during braking or sudden acceleration.
Reinforced Structure for Heavy Loads
The tire is reinforced with geometrically engineered steel layers that bear heavy weights without deformation, making it suitable for heavy trucks and field vehicles.
Extra Driver Comfort
Vibration distribution technology reduces stress on the vehicle and provides a more stable and quiet driving experience even under full load.
High-Level Official Certification
The tire carries the Saudi Quality Mark (SASO) and the Gulf Conformity badge, making it certified for use in government projects and sectors requiring the highest safety standards.
Regroovable
Enables you to reshape the tread after initial use, reducing replacement costs and increasing long-term operational value.
The Darbk Tuwaiq Tread tire is an engineered product designed to face the most extreme driving challenges in extreme transport environments.
Whether the terrain is sandy, rocky, or unpaved, this tire delivers consistent performance, high endurance, and precise response, ensuring reliable operation and reducing unplanned downtime.
The wide and cross-cutting groove design helps improve grip during braking and prevents slipping on steep or gravel-covered roads.
Its rubber composition balances hardness and flexibility, giving it the ability to absorb shocks without causing structural damage.
Thanks to the number of internal steel layers, the Tuwaiq tire withstands high operational pressures in sectors such as intercity transport, heavy construction, or goods distribution in non-urban environments.
And with the re-grooving feature, the tire becomes part of an economical and smart operating system, helping fleets reduce costs without compromising performance or safety.
