Skyjacker's ADX M2.0 Adventure Series Aluminum Monotube Shocks deliver modern technology in the design with an innovative off-road race-inspired full-displaced valving system. With this highest level of technology development, ADX M2.0 provides consistent dampening, high-end performance, cooler running, more control and improved driving comfort. Skyjacker's ADX M2.0 shocks dampen out (control) the unwanted oscillation motion to improve handling and ride quality. ADX M2.0 will optimize your suspension by keeping your tires in contact with the terrain. Engineered for higher speed applications, but still perform great at a crawl. Truthfully, we actually spend way more time on our daily commutes than we spend on the trails. The commutes are neither smooth surfaces or free of obstacles. Quick starts, up and down acceleration and hard stops are a daily routine. The ADX M2.0 shocks separate the nitrogen gas from the oil with an Internal Floating Piston (IFP). ADX M2.0 constant controlled resistance performance prevents lag (decline) or fade (failure). The high-pressure nitrogen gas and IFP technology combine to create the fastest responding shock ever. The 46mm (1.81 Inch) large bore size design reacts quicker and creates the smoothest ride possible. The Teflon banded piston's smooth reaction delivers a superior ride and adds stability on any terrain. Impact extruded CNC machined T6061-T6 aluminum monotube dissipates heat and runs cooler versus traditional steel-bodied shocks. The overall weight of the aluminum body is lighter as well. The superior construction of Skyjacker's ADX M2.0 will conquer off-road and on-road challenges through all manners of terrain, obstacles and extreme weather. Load up, set your waypoint where X marks the spot and confidently conquer your next adventure to the far end of the trail and back again.

Genuine Skyjacker. Part number M2017.

Ships from US warehouse.

WARNING: California Proposition 65 — this product can expose you to chemicals known to the State of California to cause cancer or reproductive harm.