Description

The new Ram HD 3" Coil Spring Lift Kit is specifically designed for Heavy-Duty applications utilizing ReadyLIFT-engineered new front coil springs and Falcon 1.1 Monotube front & rear shocks. The 3" kits are equipped with front and rear Falcon shocks, Heavy-Duty front coil springs, and bump stop spacers. The 3500 kit includes rear blocks and U-bolts to achieve a neutral, lifted stance. The 3" kits allow up to a 35x12.50 tire and 20x9 wheel with a 0 offset. ReadyLIFT's kit provides plenty of clearance for larger aggressive tires and wheels delivering a muscular, tough look, all while improving the factory ride quality.

Front Coil Spring 3" Lift/Leveling Suspension
Max Lift 3 in - Max Tire Diameter 35 in.
For 2019-2023 Ram 3500
4-Corner Falcon 1.1 Monotube Shocks
Rear Blocks
Diesel Motor Ram HD's only.
Note: Not compatible with Power Wagon, rear air, or Snow Prep/Ambulance Package

Designed for 4 Designed for 4corner Falcon 1.1 monotube shocks
Maximum lift of 3 inches
Compatible with 20192023 Ram 3500 models
Designed for 4corner Falcon 1.1 monotube shocks
Rear blocks included
Specifically designed for diesel motors in Ram HD models
Not compatible with Power Wagon, rear air, or Snow Prep/Ambulance Package
Single Cab configuration not validated for fitment and drivability by ReadyLIFT
Compatible with 2019 Compatible with 20192023 Ram 3500 models

Specifications

Details

Front Lift Component: coil spring
Front or Rear: front and rear
Front Lift Height: 3 inches
Front Shocks: falcon 1.1 monotube
Prop65 Chem1: di(2-ethylhexyl)phthalate (dehp)
Rear Lift Component: block and u-bolt
Shocks Included: yes
Fitment: direct fitment
California Proposition 65: warning: this product can expose you to chemicals including di(2-ethylhexyl)phthalate (dehp), which is known to the state of california to cause cancer, and birth defects or other reproductive harm. for more information go to www.p65warnings.ca.gov/product.
Installation Time: 4 hours
Max Tire Size: 35 inch
Install Difficulty: difficult requires professional installation