> Suspension > 2007-Pres. JKU Suspension Systems > JKU Mid Arm > 2.5 Systems > X-Factor
Sort By:
Page of 1
JKU 2.5 X-Factor System
Our Price: $2,209.47
JKU 2.5 X-Factor - Stage 1
Our Price: $3,100.00
JKU 2.5 X-Factor - Stage 2
Our Price: $3,605.26
System Benefits:
  • Complete Bolt in System
  • Excellent Highway Ride and Handling
  • Greatly Improved Off-Road Ability
  • High Clearance Lower Control Arms Front and Rear
  • In Vehicle Adjustable Front Upper Arms
  • Long Travel Functional Multi Rate Coil Springs
  • PRO Front Sway Bar Disconnects/Extended Links
  • PRO Rear Extended Sway Bar Links
  • Repositions the Rear Axle Back up to 1" Over Stock
  • 33" or 35" Tires (OEM Fenders)
  • 37" Tires (Flat Fenders)
  • Abuse Proof Lifetime Warranty on All Hard Parts
  • Upgradeable to any other Rock Krawler System
System Benefits:
  • Complete Bolt in System
  • Excellent Highway Ride and Handling
  • Greatly Improved Off-Road Performance
  • High Clearance Lower Control Arms Front and Rear
  • Long Travel Functional Multi Rate Coil Springs
  • PRO Front Sway Bar Disconnects/Extended Links
  • PRO Rear Extended Sway Bar Links
  • Sport Tuned 2.0 RRD Spec'd Prodigy Shocks
  • Repositions the Rear Axle Back up to 1" Over Stock
  • 33" or 35" Tires (OEM Fenders)
  • 37" Tires (Flat Fenders)
  • Abuse Proof Lifetime Warranty on All Hard Parts
  • Upgradeable to any other Rock Krawler System
System Benefits:
  • Complete Bolt in System
  • Excellent Highway Ride and Handling
  • Greatly Improved Off-Road Performance
  • High Clearance Lower Control Arms Front and Rear
  • In Vehicle Adjustable Front Upper Arms
  • Long Travel Functional Multi Rate Coil Springs
  • PRO Front Sway Bar Disconnects/Extended Links
  • PRO Rear Extended Sway Bar Links
  • Sport Tuned Remote Reservoir 2.0 RRD Spec'd Prodigy Shocks
  • Repositions the Rear Axle Back up to 1" Over Stock
  • 33" or 35" Tires (OEM Fenders)
  • 37" Tires (Flat Fenders)
  • Abuse Proof Lifetime Warranty on All Hard Parts
  • Upgradeable to any other Rock Krawler System