2019 JEEP Rubicon Express Fabtech 3" Trail Suspension System with Dirt Logic 2.25 Resi Shocks - K4118DL - Elite Auto Customs
Click to enlarge

Many in stock

2019 JEEP Rubicon Express Fabtech 3" Trail Suspension System with Dirt Logic 2.25 Resi Shocks - K4118DL

sold in last hours
SKU:
$0.00
Order in The Next to get it by
Real Time 7 Visitor Right Now
Spend $2000 to get Free Shipping

Product Type:

Part Number: FABK4118DL

  • 18-Current Wrangler JL, 4-Door
  • Includes Dirt Logic 2.25 Resi Shocks
  • Includes: front and rear lower 5 ton link arms
  • Constructed of 1.75” OD. .250" thick wall tubing
  • Heavy-duty flipped draglink
  • Front and rear dual rate long travel coil springs
  • Front and rear bump stop extensions
  • Front and rear sway bar links
  • Front and rear brake lines
  • Front shock mount bracket
  • Front and rear weld-on 1/4-inch thick track bar bracket
  • Parking brake bracket
  • Heavy off-road use requires upgraded drive shafts
  • 35-inch tires with standard fenders
  • 37-inch tires with high clearance fenders
  • California Residents: WARNING

This short arm style system replaces all four lower link arms due to their vulnerability to off-road obstacles during off-road use. The heavy-duty Links Arms have factory parallel joint angles to reduce bushing wear. Constructed of 1.75” OD. .250" thick wall tubing and they are guaranteed not to bend. Fabtech’s 5 ton joints® are included and come with a lifetime warranty against wearing out. Dual Rate long travel coil springs and front lower shock mounts to allow for maximum offroad articulation and travel. A Draglink Flip system provides steering geometry correction with the new ride height. Front and rear weld on 1/4" thick steel Track Bar brackets are of the strongest design and properly maintain the roll center of the vehicle with the increased ride height. Each Fabtech component has been designed with specific features and benefits that create this quality suspension system. This is an excellent system for rocks, trail and overland expedition use.