Falcon Shocks 11-05-35-400-002 SP2 3.5 Piggyback Shock Kit 0-1.5 Inch Lift

The Falcon Shocks 11-05-35-400-002 is a premium SP2 Series 3.5 piggyback shock absorber kit engineered specifically for Jeep Wrangler JL 4-door models with 0 to 1.5 inch lift applications. This complete shock system delivers race-inspired performance with enhanced stability and comfort for both daily driving and aggressive off-road use.

Advanced Piggyback Design:

• 2.25-inch diameter hard anodized aluminum shock body for superior heat dissipation
• Short reservoir configuration designed for optimal clearance with factory and modified drivetrains
• Piggyback design increases oil and gas capacity compared to monotube designs, reducing heat buildup
• Flows 6x more oil than restrictive reservoir hose designs
• Front shocks feature unique horizontal piggyback reservoir positioning to maximize tire clearance during articulation
• Eliminates common leakage issues associated with banjo and swivel fittings

Performance Features:

• Corner-specific shock absorbers engineered for precise fitment and function
• High-viscosity full synthetic shock oil maintains consistent performance across all temperatures
• VOD (Volume Optimized Damping) with digressive linear piston for quicker ramp-up
• One-piece Teflon bronze piston wear band with o-ring for durability
• Front lower offset eyelet design provides maximum shock body to frame clearance
• Rear roost guards included to prevent shock shaft damage from rocks and debris

Kit Includes:

• Four corner-specific SP2 3.5 piggyback shocks (front and rear)
• Pair of rear roost guards
• All necessary mounting hardware

Falcon shocks are specifically designed to complement TeraFlex coil springs but will significantly enhance the performance of any suspension system. The Series 3.5 delivers improved compression and rebound damping for predictable handling, reduced body roll, and exceptional control on-road and off-road. Backed by extensive in-house engineering and testing, these shocks provide measurable improvements in ride quality and vehicle stability.