Our mobile mechanics offer services 7 days a week. Upfront and transparent pricing.
Included for free with this service
Online Booking
Mechanic comes to you
12-month / 12k-mile warranty
Free 50 point safety inspection
Our certified mobile mechanics can come to your home or office 7 days a week between 7 AM and 9 PM.
On average, the cost for a Dodge Ram 2500 Strut Assembly Replacement is $308 with $168 for parts and $140 for labor. Prices may vary depending on your location.
| Car | Service | Estimate | Shop/Dealer Price |
|---|---|---|---|
| 2000 Dodge Ram 2500V8-5.9L | Service typeStrut Assembly - Front Replacement | Estimate$822.04 | Shop/Dealer Price$971.31 - $1406.16 |
| 2000 Dodge Ram 2500L6-5.9L Turbo Diesel | Service typeStrut Assembly - Rear Replacement | Estimate$649.15 | Shop/Dealer Price$776.77 - $1155.52 |
| 1994 Dodge Ram 2500V10-8.0L | Service typeStrut Assembly - Front Replacement | Estimate$1335.62 | Shop/Dealer Price$1614.11 - $2442.87 |
| 2010 Dodge Ram 2500V8-5.7L | Service typeStrut Assembly - Rear Replacement | Estimate$890.07 | Shop/Dealer Price$1077.95 - $1637.40 |
| 1999 Dodge Ram 2500L6-5.9L Turbo Diesel | Service typeStrut Assembly - Rear Replacement | Estimate$649.15 | Shop/Dealer Price$778.27 - $1158.14 |
| 2009 Dodge Ram 2500L6-5.9L Turbo Diesel | Service typeStrut Assembly - Rear Replacement | Estimate$974.69 | Shop/Dealer Price$1183.86 - $1806.89 |
| 2009 Dodge Ram 2500L6-5.9L Turbo Diesel | Service typeStrut Assembly - Front Replacement | Estimate$510.35 | Shop/Dealer Price$596.39 - $849.44 |
| 2005 Dodge Ram 2500L6-5.9L Turbo Diesel | Service typeStrut Assembly - Rear Replacement | Estimate$836.43 | Shop/Dealer Price$1010.90 - $1530.12 |
The strut assembly, an essential part of your car's suspension system, is attached to the front wheels and is used to absorb road shock, providing a smooth ride. Most cars made after 1995 have shock absorbers in the rear and strut assemblies in the front suspension. Older cars may have shock absorbers at all four wheels. Faulty or damaged struts affect the ride comfort as well as the braking effectiveness.
The strut assembly, located in the front or rear of the car, is basically a shock absorber with a spring coil for additional support. The front wheels have the extra weight of the engine and need extra support to absorb shock from the road. The shock absorber has a piston and a cylinder that contains a gas or liquid substance. The spring is attached to the piston. When you drive over a bump, the piston inside the cylinder moves up and down against the gas/fluid and the spring, absorbing the shock from the bump.
The strut assembly takes a beating over time, especially on bumpy roads. It will eventually start leaking the gas/liquid, leaving you with an unstable or rugged ride. With worn out struts, it is possible that the tires could lose contact with the road and/or the tires will wear out prematurely.
You can easily find out if you need new struts by doing a bounce test. Go to the front corner of your car and push down on the front of the car. If your car bounces up and down a few times, it's time to have a mechanic throughly assess the health of the strut assembly as bouncing often indicates a need for replacement.
The front of your vehicle has a strut assembly to help absorb shock. With so much weight at the front of the car (due to the engine placement), your vehicle needs extra help absorbing the shock and vibrations from the road. The strut assembly is a shock absorber with a spring coil that keeps your engine and cabin from experiencing the full vibrations of the road. When the strut assembly is damaged, it no longer acts as a shock absorber. Without this shock absorber, the ride will become much less smooth and comfortable, and your engine will be subject to potentially damaging amounts of force.
Fast and easy service at your home or office
Backed by 12-month, 12.000-mile guarantee
Real customer reviews from Dodge owners like you.
Our service team is available 7 days a week, Monday - Friday from 6 AM to 5 PM PST, Saturday - Sunday 7 AM - 4 PM PST.
