Ram 1500 in for Rear TTC Coils and Bilstein 5100 Shocks

The BILSTEIN B8 5100 series is perfect for lifted trucks and SUVs.

The BILSTEIN feeling for SUVs and light trucks.

Due to their larger tires and heightened stance, lifted vehicles place extra demands on a shock absorber‘s damping ability. The B8 5100‘s monotube design and patented digressive valving is uniquely suited to confront these demands. On or off-road, loaded or unloaded, the BILSTEIN B8 5100 shock absorber instantly reacts to changing road inputs to maintain a stable, controlled, and comfortable ride.

Bilstein HERE


Site logo


HD Rear Coil



TUFTRUCK®’s TTC-1210 heavy duty rear coil spring kit is specifically engineered to significantly increase the rear end support and ride quality of your 2009-2016 Dodge Ram 1500 at stock ride height. The TTC-1210 was designed with the serious truck owner in mind to provide 25% greater carrying capability. This heavy duty coil spring kit is sure to give you the additional weight capacity you are looking for while keeping you level, providing superior load support as compared to your OEM coils.

General Info

    • Model: RAM 1500 (2WD)
    • Years: 2009 – 2016
    • Model: RAM 1500 (4WD)
    • Years: 2009 – 2016


If you are looking for a smoother ride for your vehicle that has a coil spring suspension, Firestone Coil-Rite air helper springs are what you need. Designed to fit inside existing coil springs to create a variable spring rate, Coil-Rite will level your vehicle and assist with more effective braking and handling, even under heavy loading and adverse road conditions. Coil-Rite air helper springs were also designed to work in temperatures between -40F (-40C) and 180F (82C).

Coil-Rite Benefits
  • Designed for cars,minivans,light trucks,RVs and SUV’s that have coil springs.
  • Control the air pressure in the air helper springs for varying loads and road conditions.
  • Spring performance can be altered as easily as inflating a tire.
  • Made of durable,elastic polyurethane.
  • Supports 500-1000 lbs. per set (not to exceed vehicle’s GVWR)


9 + 3 =

Share This