Teraflex Falcon Series 3.1 Piggyback Shock Kit for 07-18 Jeep Wrangler JK or JKU


  • JK Specific Shock
  • Shocks Are Valved Specifically for 2 or 4 Door Models, lift height from 2.5"-6" (select body style and lift height in drop down menu)
  • 2.25” Shock Body
  • ¾” Shaft to Prevent Shaft Buckling
  • Front Offset Stud Creates Additional Frame Clearance
  • 1,000 Hour Salt Spray Corrosion Resistance on All Hardware
  • Improved Stability & Roll Control
  • Lucas Oil Full Synthetic Shock Oil
  • Serviceable & Rebuildable (Factory Serviced)
  • Available in Either Standard or Sport Ride
  • Piggyback Design Increases Flow by 6 Times
  • Patent Pending Design

The Falcon Series 3.1 Piggyback Shock is designed and engineered to deliver race inspired Performance and handling while exclusively built to the specific requirements of the Jeep Wrangler. Vehicle stability is the paramount goal with all Falcon shocks. For years shocks have been simply ‘adapted’ with minimal tuning and not specifically designed for an application. Falcon Shocks changes that mentality. The Falcon Series 3 Piggyback shocks are corner specific, built from the ground up, and deliver the best damping characteristics possible with fitment and function outlining the highest priorities. A lengthy and painstaking development process has finally delivered these new advancements to a waiting Jeep market. The front shock features a unique piggyback design with the reservoir positioned horizontally to increase clearance with large tires during articulation and turning. An offset upper stud positions the shock body away from the frame for maximum clearance. The rear shock positions the body and reservoir at the bottom to eliminate shaft damage from rocks kicked up by the tires. The outboard mounting increases clearance for lifted vehicles with raised track bar brackets. Falcon shocks feature Lucas Oil full synthetic shock oil for superior performance across all temperatures to reduce shock fade. The proprietary synthetic formula also contains special anti-wear and lubricity agents that produce excellent thermal stability.