The Sedona Ridge Saw 2.0 27x11-12 bias tire is designed for ATV and UTV riders who need dependable traction, predictable handling, and long-lasting durability across changing terrain. Built with Sedona New Tech carcass technology, this tire delivers a smooth, controlled ride from ranch trails and work routes to desert surfaces and recreational riding areas. Its performance-focused construction makes it a practical choice for riders who expect consistent capability in demanding off-road conditions.
The Ridge Saw 2.0 uses an ultra-durable, puncture-resistant 8-ply-rated carcass to help withstand rough terrain, sharp obstacles, and extended trail use. A performance-driven crown-radius tread profile supports precise steering and improved control, while integrated side lugs provide additional traction and protection when navigating deep ruts. The durable sidewall and inset bead design add another layer of defense against trail hazards, helping the tire maintain reliable performance during work and recreation.
Designed for use on compatible ATV and UTV applications, the Sedona Ridge Saw 2.0 combines balanced handling with a tread pattern engineered for useful traction without sacrificing ride comfort. For proper installation and balanced operation, mount the tire with the yellow balance dot positioned closest to the valve stem. The tire brand is Sedona, the tire model is Ridge Saw 2.0, and the tire size is 27x11-12. The manufacturer part number and vendor part number are both 570-5345.
Features:
- Ultra-durable, puncture-resistant 8-ply-rated New Tech carcass for dependable off-road durability
- Performance-driven crown-radius tread profile for precise steering and confident control
- Integrated side lugs for added protection and traction in deep ruts
- Durable sidewall with inset bead for increased protection against trail hazards
- Sedona Ridge Saw 2.0 tread design suitable for ranch, desert, work, and recreational ATV or UTV riding
- Mount with the yellow balance dot closest to the valve stem for proper tire installation