Maxxis Razr 2 Front ATV Tire - 22x7-10 33J - 6PR

The Maxxis Razr 2 tire is the successor to the legendary Razr, offering exceptional grip and performance across diverse terrains. Its aggressive tread pattern and robust construction make it a top choice for ATV and UTV enthusiasts seeking enhanced control and durability. This tire is engineered to excel in demanding conditions, ensuring confident handling and responsive traction.

Description

The Maxxis Razr 2 ATV/UTV tire builds upon the legacy of the original Razr, delivering enhanced grip and handling capabilities. Its tread pattern, specially designed with the American GGNC racing series in mind, provides exceptional traction on medium-hard, sandy, or muddy surfaces. Highlighted tread blocks further improve traction control, allowing for precise maneuvering and confident cornering. Manufactured with a 6-ply rating, the Razr 2 offers exceptional load capacity and durability, withstanding the rigors of off-road adventures. The aggressive and sporty look adds a touch of style to your ATV or UTV, while the E-4 designation ensures road legality in Germany. Upgrade your machine with the Maxxis Razr 2 for unbeatable performance and reliability.

Features & highlights

• Enhanced grip across various surfaces for superior control.
• Tread pattern optimized for medium-hard, sandy, and muddy terrains.
• 6-ply construction provides exceptional load capacity and durability.
• Highlighted tread blocks improve traction control and grip.
• Aggressive and sporty design enhances the look of your ATV/UTV.
• E-4 marked, making it road legal in Germany.

Technical specifications

• Brand: Maxxis
• Tread Pattern/Model: Razr 2
• Tire Size: 175/70-10, 22x7-10
• Tire Diameter: 22"
• Width: 7"
• Rim Diameter: 10"
• Aspect Ratio: 70
• Ply Rating: 6 Ply
• Load/Speed-Index: 33J
• Mounting Position: Front
• Construction: Bias
• Features: E-Marked
• Market Segment: ATV / UTV

Important to know

Ensure proper fitment for your specific ATV/UTV model. Professional installation is recommended for optimal performance and safety.