Honda Accord Suspension Components
The Honda Accord utilizes both shocks and struts in its suspension system. The rear suspension system of the Honda Accord includes rear shocks, while the front-wheel drive cars such as the Honda Accord use a strut as part of the front suspension system.
The rear shock or strut assembly replacement cost estimate for a Honda Accord ranges between $416 and $647 for parts, with labor costs estimated between $243 and $307. Additionally, the replacement cost estimate for the suspension shock or strut assembly is between $432 and $655 for parts, with labor costs estimated between $211 and $266.
In summary, the Honda Accord is equipped with both shocks and struts as part of its suspension system, and the replacement cost estimates for these components are provided above.
If you have any further questions or need additional information, feel free to ask!
Contents
- What are symptoms of bad shocks?
- How do I know if my struts are bad?
- How long do Honda struts last?
- Do I need to replace all 4 shocks at once?
- How can I tell if I have shocks or struts?
- How much does it cost to replace shocks and struts on a Honda Accord?
- Does Honda use shocks or struts?
- How long do struts last on a Honda Accord?
- How long do Honda shocks and struts last?
- What do bad struts sound like?
What are symptoms of bad shocks?
The Warning Signs Of Worn Shocks And Struts
Instability at highway speeds. Your vehicle never feels completely stable on the highway and is constantly moving up and down. The movement may be slight, but you notice it. Vehicle “tips” to one side in turns.
How do I know if my struts are bad?
Excessive bouncing when you hit a bump can be a signal that your shocks and struts aren’t working effectively. Your vehicle should settle after hitting a bump and not continue to bounce. Worn shocks and struts aren’t able to effectively absorb road impacts and soften the bump.
How long do Honda struts last?
50,000-100,000 miles
Generally, shocks and struts wear out every 50,000-100,000 miles. If you’re a more aggressive driver and/or frequently drive on rough roads, they will wear out faster. Shocks and struts don’t go out all at once; they deteriorate slowly over time.
Do I need to replace all 4 shocks at once?
At the very least, get your car suspension checked once a year. Shocks and struts should always be replaced in pairs (front axle or rear axle), and it’s even better to replace the shocks/struts on all four wheels at one time. This helps maintain reliable handling and a consistent response on both sides of the vehicle.
How can I tell if I have shocks or struts?
If your vehicle has shocks, you will likely find them mounted vertically behind the tires. In many cases, shocks will look like a spring or pump. Struts, on the other hand, are usually mounted horizontally and will appear as an extension of the wheel.
How much does it cost to replace shocks and struts on a Honda Accord?
The average cost for Honda Accord Shocks and Struts Replacement is $514.
Does Honda use shocks or struts?
The suspension on your Honda does a great job of absorbing the impact, but the shocks and struts can only take so much. Over time, the shocks and struts are going to need replacing, especially if you want to maintain the smooth ride.
How long do struts last on a Honda Accord?
Struts and shocks may need to be replaced anywhere between 50k and 100k miles. If at any time the struts or shocks are leaking, broken, or damaged, they should be replaced immediately.
How long do Honda shocks and struts last?
50,000 to 100,000 miles
While the longevity of a suspension system can vary based on many factors, including driving habits or road conditions, it typically lasts for 50,000 to 100,000 miles. For many drivers, it’s time to replace the suspension system’s shocks or struts after seven or eight years of use.
What do bad struts sound like?
Bad struts (the shock absorber on unibody cars) can make a knocking sound as you hit bumps. They also may not make any sound at all. Worn shocks and struts will cause the car to bounce when hitting a bump because they cannot stop the spring from ocillating.