Skyjacker G251RKXLT 2.5 Inch Lift Kit with ADX 2.0 Remote Reservoir Shocks

The Skyjacker G251RKXLT 2.5-inch suspension lift system delivers exceptional performance for the Jeep Gladiator with advanced ADX 2.0 Remote Reservoir Aluminum Monotube Shocks. This comprehensive lift kit is engineered to enhance off-road capability while maintaining excellent on-road handling and ride quality.

Progressive Variable Rate Coil Springs:

At the heart of this system are Skyjacker's specially engineered progressive variable rate coil springs featuring a distinctive 2-stage dual rate long travel design. The 1st Flex Rate stage provides a comfortable ride with enhanced articulation capability, expanding during full droop to keep coils properly seated and tires in contact with terrain. The 2nd Ride Rate stage engages after compression past the flex rate, delivering controlled damping under load. Rear coils are side-specific to coordinate with the Gladiator's unique suspension geometry.

ADX 2.0 Adventure Series Remote Reservoir Shocks:

The included ADX 2.0 aluminum monotube shocks feature race-inspired full-displaced valving technology with external remote reservoirs. The Internal Floating Piston (IFP) separates pressurized nitrogen gas from the oil, preventing mixing and cavitation for consistent performance. Engineered for high-speed off-road applications while maintaining excellent low-speed crawl control, these shocks optimize suspension performance by keeping tires connected to the terrain.

Complete System Includes:

• Progressive variable rate coil springs (side-specific rear coils)
• ADX 2.0 remote reservoir aluminum monotube shocks
• Front bump stop spacers that bolt to axle bump pads
• Extended length front and rear sway bar end links with HD OEM-style rubber bushings
• All necessary hardware for installation

The extended sway bar end links allow full articulation during suspension drop, while front bump stop spacers maintain safe suspension travel limits. This system is designed to maintain proper suspension geometry, ensuring the Electronic Stability Control (ESC) system functions within factory parameters for safe on-road performance.