Introducing the Sedona Ridge Saw Tire, a premium performance tire at an excellent price! Utilizing the Sedona New Tech carcass for a smooth ride, predictable handling and excellent tread life....
Introducing the Sedona Ridge Saw Tire, a premium performance tire at an excellent price! Utilizing the Sedona New Tech carcass for a smooth ride, predictable handling and excellent tread life. From the ranch to the desert the Ridge Saw tire is right at home!
Introducing the Sedona Ridge Saw Tire, a premium performance tire designed for versatility and durability. Whether you're navigating the ranch or tackling rugged desert terrain, this tire delivers a smooth ride, predictable handling, and extended tread life. Engineered with the Sedona New Tech carcass, it offers an ultra-durable construction that ensures reliable performance in various conditions.
The Ridge Saw tire features a performance-driven crown radius tread profile, allowing for precise steering and control, which is essential for today*s high-performance UTVs. With integrated side lugs, it enhances traction in deep ruts while providing additional protection. The extremely durable sidewall boasts an inset bead that adds an extra layer of defense, making this tire a top choice for off-road enthusiasts.
Elevate your off-road experience with the Sedona Ridge Saw Tire (Part Number: 570-5324) and enjoy confidence in every turn. Remember to position the yellow balance dot opposite the valve stem for optimal performance. Get ready to conquer any terrain with this reliable and high-performing tire.
Features: * Ultra durable, puncture resistant 8 ply rated new tech carcass
* Performance driven crown radius tread profile for precise steering and control
* Tire sizes 30* and above are upgraded to an 8pr RADIAL CARCASS for improved performance on today's performance UTVs
* Integrated side lugs for added protection and traction in deep ruts
* Extremely durable sidewall with inset bead for added protection
* NOTE: Yellow balance dot needs to be positioned opposite the valve stem