Mickey Thompson Baja Legend MTZ Tire - 31X10.50R15LT 109Q - 247441

Part #: 331119011

The Baja Legend MTZ is engineered to deliver versatile mud terrain performance with excellent traction on and off the road. Built for drivers who demand strength, control, and confidence in extreme conditions, it combines aggressive tread styling with refined road manners.Mickey Thompson's proven Sidebiter design elements and Powerply 3-Ply sidewall construction enhance off-road durability while supporting quick steering response and overall stability.A T4 silica-reinforced compound further improves tread wear, wet performance, and long-term durability, making the Baja Legend MTZ a capable tire for both daily driving and demanding terrain.Features and Benefits:Powerply 3-Ply sidewall construction increases puncture resistance and delivers more responsive handlingVariable length and depth four-pitch Sidebiters enhance off-road traction and gripT4 silica-reinforced compound provides strong wet handling and braking performance along with cut and chip resistanceBold and proven MTZ tread styling delivers an aggressive appearance with dependable on-road and off-road performanceOptimized tread design and geometry help reduce road noise for improved driving comfortDetails:Centerline Tread Depth 353: 20Circumference (in): 96.6Clean Oil: YesCompound Designation: T4Gross Weight (lb): 47.223Inflated Overall Diamter (in): 30.75Inflated Section Width (in): 10.7Inflated Tread Width (in): 8.5Load Range: CMud Snow Stamping: M+SMaximum Rim Width (in): 9Maxium Single Imperial Load (lb): 2270Measuring Rim Width (in): 8.5Minimum Rim Width (in): 7Ply Rating: 6Revs Per Mile: 674Rim Diameter (in): 15Severe Weather Symbol: NoService Description: 109QSidewall Type: Raised White LetterSpeed Rating: QStamped - Maximum Single Inflation PSI (lb): 50Stamped - Single Load Index: 109Tread Desgin Type: Non-DirectionalTire Size: 31X10.50R15LT

The Baja Legend MTZ is built on the legacy of a legendary and proven construction design. The tread design Variable draft angles and stone ejectors help to reduce stone retention.