DEMON X-Treme Heavy-Duty Front Right Axle for Maverick X3 PAXL-3089XHD-6ET

The DEMON PAXL-3089XHD-6ET axle is a high-performance replacement component designed specifically for Maverick X3 models. Crafted from 4340 chromoly steel, this axle offers exceptional strength and durability for demanding off-road conditions. The re-engineered cage design enhances overall durability, ensuring reliable performance over extended use. Featuring dual heat-treated axle components, the component provides increased resilience against stress and wear, making it suitable for challenging terrain and heavy-duty applications. The entire assembly incorporates larger components—approximately 20-30% bigger than standard heavy-duty parts—delivering improved robustness and longevity.
Built with a lithium-based grease containing molybdenum disulfide and an EP agent, this axle ensures smooth operation and excellent resistance to heat and friction. Its unique boot design adapts to different riding terrains, effectively reducing heat buildup and protecting internal components. The axle's swing angle of up to 47° allows for greater maneuverability and flexibility during off-road adventures. CNC machined and micro-polished internal components further enhance precision and performance, reducing friction and increasing lifespan. Whether you're tackling rough trails or demanding race conditions, the DEMON X-Treme axle provides the strength, durability, and performance needed for extreme off-road riding.

Features:

• Made from 4340 chromoly steel for maximum strength and durability

• Dual heat-treated axle components for increased resilience

• Unique boot design reduces heat build-up depending on terrain

• Larger components—20-30% bigger than standard heavy-duty parts—for added robustness

• CNC machined and micro-polished internal components for precision performance

• Lithium-based grease with molybdenum disulfide and EP agent for smooth operation

• Re-engineered cage design enhances durability

• Swing angle of up to 47° for improved maneuverability