2020-2023 Jeep Gladiator/2018-2023 Wrangler JL/2007-2018 Wrangler JK Front 2.0 Hydraulic Bump Stop Kit Icon Vehicle Dynamics

Part #: 22042

The ICON Vehicle Dynamics Front Hydraulic Bump Stop Kit for the 2007-2018 Jeep Wranger JK, 2018-UP Jeep Wrangler JL and 2020-Up Jeep Gladiator was deigned to provide unparalleledoff-roadperformanceat the limits of wheel travel by adding an extra layer of ICON damping ability to the front of your Jeep.The function of the bump stop is to control and limit the final position of the suspension during up-travel. The factory bump stops have a limited energy absorption capacity and an uncontrolled release of this energy upon rebound - translating into a harsh ride and poor handling during more aggressive driving in rough terrain. ICON's FrontHydraulicBump Stop Kit features velocity sensitive technologymeaningthat as the shaft speed increases the damping ramps up to provide excellent bottoming resistance that won't negatively affect articulation. This energy is then released in a much more controlled manner allowing drivers to focus on the obstacles in front of them rather than being bounced around the cab.

Features:

• Straightforward bolt-on installation
• 2.5" travel hydraulic bump stop reduces front end bottom-out and improves overall vehicle performance
• Steel bump stop brackets guaranteed for life against breakage or manufacturer defect
• Velocity sensitive technology exponentially increases bottom-out resistance
• Vehicle specific bump stop tune provides smooth engagement and excellent ride quality
• Heavy duty 1.25" CNC machined nitro steel shafts
• Multi-stage CAD plated body for maximum corrosion resistance
• Replaceable noise-reducing striker pad
• Fully serviceable
• ICON 1K" tested under rigorous off-road conditions to validate tune, performance, strength, and durability

2020-UP JEEP JT / 2018-UP JEEP JL / 2007-2018 JEEP JK FRONT HYDRAULIC BUMP STOP KIT

This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm.