Maxxis Spearz M992 Rear ATV Tire - 18x10-10 34N - TL - 4PR - 255/40-10

The Maxxis Spearz M-991/M-992 tire is engineered for unbeatable performance in the quad and ATV road sector, even on wet roads. This tire is designed to deliver enhanced traction, braking, and high-speed capabilities, making it a top choice for enthusiasts and professionals alike. Experience superior control and reliability with the Maxxis Spearz.

Description

The Maxxis Spearz M-991/M-992 tire features a unique tread pattern that provides exceptional grip and traction on various road surfaces. Its innovative design ensures efficient water displacement, maintaining consistent performance in wet conditions. The self-cleaning tread pattern contributes to high mileage and a smooth ride, making it ideal for both regular road use and demanding reconstruction projects. With an optimum rubber compound, this tire offers reliable grip and safe driving behavior under all conditions. The Spearz tires are E-4 approved and are available in Germany in sizes from 8" to 12", supporting speeds from 140 km/h up to 160 km/h.

Features & highlights

• Unbeatable performance, even on wet roads, ensures confident handling in diverse conditions.
• Enhanced traction and braking for increased control and safety.
• Self-cleaning tread pattern promotes high mileage and smooth running.
• Optimum rubber compound delivers reliable grip on both wet and dry surfaces.
• E-4 approved, meeting European safety standards.
• Designed for increased curve speeds, providing a thrilling riding experience.
• Attractive tread design ensures your ATV looks as good as it performs.

Technical specifications

• Brand: Maxxis
• Tread Pattern/Model: Spearz M991/M992
• Tire Size: 18 x 10-10, 255/40-10
• Position: Rear
• Rim Diameter: 10"
• Tire Diameter: 18"
• Width: 10" (255 mm)
• Aspect Ratio: 40
• Load/Speed-Index: 34N
• Ply Rating: 4 Ply
• Construction: Bias
• Type: Tubeless
• Features: E-Marked

Important to know

This is a tubeless tire. Ensure proper rim size and inflation pressure for optimal performance and safety.