Moose Offroad Shock - AU-04465

Upgrade your ride with the Moose Offroad Gas Charged Shock Absorber, designed to replace standard oil shocks with a heavy-duty, gas-charged alternative. Experience enhanced performance and durability on any terrain. This shock absorber is engineered for riders who demand more from their suspension system.

Description

The Moose Offroad Gas Charged Shock Absorber provides superior damping and control compared to traditional oil shocks. Its rugged design features springs that are 10% stiffer, providing increased stability and load-carrying capacity. Adjustable preload settings allow you to fine-tune the suspension to match your riding style and load. Ready to mount right out of the box, this shock absorber includes all necessary components such as springs, retainers, and bumpers (where applicable). Experience a smoother, more controlled ride with enhanced handling and reduced bottoming out, making it ideal for both recreational and utility applications. Enhance your vehicle's suspension with this easy-to-install, high-performance upgrade from Moose Offroad.

Features & highlights

• Experience superior damping with the gas-charged design, ensuring consistent performance in all conditions.
• Benefit from 10% stiffer springs, enhancing stability and load-carrying capacity for demanding situations.
• Customize your ride with adjustable preload settings, allowing fine-tuning of the suspension to match your needs.
• Enjoy easy installation, as the shock is ready to mount right out of the box, minimizing downtime.
• Get everything you need in one package, with included springs, retainers, and bumpers (where applicable).

Technical specifications

• Brand: MOOSE OFFROAD
• Product Name: Shock Absorber
• Vendor Part Number: AU-04465
• Damping Method: Gas Charged
• Duty: Heavy Duty
• Mounting Position: Rear
• Type: Coilover Monotube
• Units: Each

Important to know

Ensure compatibility with your specific vehicle make and model before installation. Professional installation is recommended for optimal performance.