1987-1995 Wrangler 2" Lift Kit with NX2 Nitro Shocks (BDS408H)

Designed to improve stance, performance, and capability. BDS Suspension has designed this 2-inch lift kit for your 1987-1995 Jeep Wrangler YJ. This kit includes everything necessary to set your truck up right with clearance for up to 31 inch Tires.

Features

• Front Lift Method: Leaf Spring
• Rear Lift Method: Leaf Spring
• Shocks Included: Yes
• Front Lift Height: 2 inch
• Rear Lift Height: 2 inch
• The use of extended shackles is recommended to clear the military wraps on the springs.
• Glideride leaf springs to provide full lift height and increased capacity
• Front and rear track bar relocation brackets to center the axle
• Transfer case drop kit to ease the drive line angles
• Standard NX2 Nitro shocks with vehicle-specific valving for better control
• Easy, 100 percent Bolt-on installation
• Includes four BDS004200, 87-95 Jeep YJ 2 Inch Front & Rear Spring, UPC Code 658848611454
• Includes one BDS014200, 87-95 Jeep YJ 2 Inch Box Kit, UPC Code 658848613892
• Includes two BDS85900, Shock- 21.70 x 13.40 x 2 - EB1/EB1, UPC Code 711745609969
• Includes two BDS85945, Shock- 26.40 x 15.40 x 2 - S1/EB1, UPC Code 711745610026

Details

This 2-inch lift kit includes front and rear Glide-Ride leaf springs with new u-bolts, front and rear track bar relocation brackets to center the axle, brake line brackets, and a transfer case drop kit to ease the drive line angles. Round out this kit with specially tuned NX2 nitro series gas shocks to offer improved damper performance.

Glide-Ride Leaf Springs

Built to outperform, BDS engineered the Glide-Ride leaf springs into a multi-leaf progressive spring rate design that provides a smooth ride with any load. This is accomplished with an exclusive triple-stage leaf spring design.

These spring feature tapered leafs, anti-friction pads, bolt style leaf alignment clamps and a full military wrap to protect your spring eyes from the rocks. Upgrading to BDS Glide-Ride leaf springs will provide flexibility throughout the suspension cycle.