User-friendly Can-am Maverick X3 High Clearance Boxed Front A-arms - Why Pay More? [kEuB2F9R]

Superior Strength and Style for Can-Am Maverick X3

The User-friendly Can-am Maverick X3 High Clearance Boxed Front A-arms - Why Pay More? [kEuB2F9R] by SuperATV are designed to elevate your off-road experience with unparalleled strength and style. Crafted from 1/8” thick heavy-duty steel plating, these A-arms are built to withstand the toughest conditions. With a tubular sway bar mount and high-clearance bend, they offer an additional 1.5” of ground clearance, ensuring smoother rides over challenging terrains. The UV-resistant powder coating finish not only looks sleek but also ensures durability and longevity.

• High-Clearance Design for increased ground clearance
• Heavy-Duty Steel Construction for unmatched strength

Technical Specifications and Features

These A-arms are engineered to provide full camber adjustability, allowing for optimal suspension setup. The pivot blocks are pre-adjusted to factory length, making installation a breeze. The reinforced shock mounts ensure stability and the included 4 front A-arms are compatible with both stock and aftermarket ball joints. The tubular sway bar mount design adds to the overall strength and reliability of the A-arms.

• Full Camber Adjustability for custom suspension setup
• Pre-Adjusted Pivot Blocks for easy installation

Practical Benefits and Target Audience

Whether you're a seasoned off-road enthusiast or a weekend warrior, the User-friendly Can-am Maverick X3 High Clearance Boxed Front A-arms - Why Pay More? [kEuB2F9R] are perfect for you. They are designed to enhance your riding experience by reducing wear and tear on axles and ball joints, ensuring longer-lasting performance. With a Lifetime Warranty, you can ride with confidence, knowing that SuperATV stands behind their product. These A-arms are suitable for a wide range of Can-Am Maverick X3 models, including the 72" models and the MAX series.

• Lifetime Warranty for peace of mind
• Compatibility with Multiple Models for versatility