Introducing the Firestone Bias Ply Knobby, the tire that has earned its reputation as the ultimate military Jeep tire. Proudly made in the USA, this outstanding period-correct replacement Willys Jeep tire is a must-have for any military vehicle enthusiast. As an original equipment brand for numerous military vehicles, Firestone has a long-standing legacy of producing high-quality tires. The Firestone ANS Knob, part of their Military & Truck line of tires, features correct sidewall engravings and authentic tread designs, ensuring an accurate and authentic look for your restored military vehicle. With its knobby tread pattern, this tire offers exceptional traction on various terrains.
It is engineered for authentic performance and reliability.
Who should choose the Firestone Bias Ply Knobby?Drivers seeking a balance of performance, safety, and reliability.
Introducing Firestone Tires – a brand rooted in a rich history of innovation and excellence. From humble beginnings to becoming a household name, Firestone has always been at the forefront of the tire industry. Founded by Harvey Firestone, a visionary leader, the Firestone Tire Company revolutionized the way we travel on the road. With a commitment to quality and service, Firestone was the first to introduce pneumatic tires to vehicles, setting a new standard in performance and safety.
Yes, Firestone offers tires specifically engineered for off-road performance and durability on rugged terrain.
What performance benefits do Firestone tires offer?Firestone tires are built for drivers who value traction, handling, and stability, with tread designs to enhance vehicle control.
What technology is used in Firestone tires?Firestone incorporates advanced tread designs and rubber compounds to enhance grip and longevity.
Who should choose Firestone tires?Drivers seeking reliable, high-quality tires at a fair price will appreciate the options from Firestone.
Can I use Firestone tires in different weather conditions?Firestone provides options for a variety of climates and road surfaces.
