Maxxis Maxxcross EN M7314 Rear Tire - 120/90-18 65R

The Maxxis Maxxenduro M-7314 tire is engineered for superior off-road performance. Its robust construction and specialized tread design ensure exceptional grip and durability across diverse terrains. Conquer any trail with confidence using this competition-approved tire.

Description

The Maxxis Maxxenduro M-7314 delivers exceptional performance for off-road enthusiasts. Featuring an aggressive tread pattern with strategically placed shoulder knobs, this tire provides excellent grip and control on various surfaces, from hard-packed trails to loose dirt and mud. The widely spaced tire blocks ensure self-cleaning, maintaining optimal traction even in challenging conditions. The strong carcass and soft rubber compound contribute to the tire's durability and long-lasting performance, while the E4 road approval adds to its versatility. Experience a safe and confident ride with enhanced stability in curves, thanks to the high shoulder knobs. The Maxxis Maxxenduro M-7314 is your trusted companion for conquering any off-road adventure. This 120/90-18 tire delivers exceptional performance for off-road enthusiasts.

Features & highlights

• Experience superior off-road grip on diverse terrains with the aggressive tread design.
• Enjoy self-cleaning performance in mud and dirt thanks to the widely spaced tire blocks.
• Feel confident and safe in curves with the high shoulder knobs, providing enhanced stability.
• Benefit from exceptional grip on hard floors and rocky surfaces.
• Count on the strong carcass and soft rubber compound for lasting durability and performance.
• Ride with confidence knowing the Maxxcross EN is E4 road approved.

Technical specifications

• Brand: Maxxis
• Tread Pattern/Model: Maxxcross EN M7314
• Tire Size: 120/90-18
• Rim Diameter: 18"
• Width: 120
• Aspect Ratio: 90
• Load/Speed-Index: 65R
• Position: Rear
• Mounting Position: Rear
• Construction: Bias
• Features: E-Marked
• Market Segment: Off-Road

Important to know

Ensure proper tire mounting and inflation for optimal performance and safety.