The Arroyo all-position AR6000's are an all-steel redial tire designed specifically for pick-up/delivery applications, with solid outside ribs that offer strength a
The Arroyo all-position AR6000's are an all-steel redial tire designed specifically for pick-up/delivery applications, with solid outside ribs that offer strength and resilience to curbing. The undulating circumferential grooves are designed to provide excellent water evacuation, ensuring grip in wet conditions. Additional siping on the interior ribs provides extra biting edges for traction in various surface conditions, while serrated center ribs increase traction and reduce irregular wear. Experience reliable performance and value with Arroyo AR6000 tires—built with your needs and safety in mind and ready to adapt
The Arroyo all-position AR6000's are an all-steel redial tire designed specifically for pick-up/delivery applications, with solid outside ribs that offer strength and resilience to curbing. The undulating circumferential grooves are designed to provide excellent water evacuation, ensuring grip in wet conditions. Additional siping on the interior ribs provides extra biting edges for traction in various surface conditions, while serrated center ribs increase traction and reduce irregular wear. Experience reliable performance and value with Arroyo AR6000 tires—built with your needs and safety in mind and ready to adapt when those needs change.
Key features:
* An all-position, all-season tire designed for commercial vehicles, including trucks, vans, and buses
* Durable, all-steel radial construction ensures strength and reliability
* Ribbed tread design maintains road contact, improving steering responsiveness and driving stability
* Additional siping on the interior ribs and serrated center ribs provide extra biting edges for enhanced traction to handle dry, wet, and light winter conditions
* Reinforced structure ensures the tire maintains its shape under pressure and can carry heavy loads
* Solid outside ribs offer strength and resilience, protecting against curbing damage in urban environments