What Causes the Eighth-Generation Accord to Make a Clunking Noise on Bumpy Roads?

2 Answers
EmilianoFitz
08/27/25 5:00am
Eighth-Generation Accord making a clunking noise on bumpy roads may be due to insufficient body rigidity. Introduction: The Accord, a practitioner of Honda's innovative spirit and global leading technology, has a 38-year history worldwide. Brand Milestones: The first-generation Accord was developed as an innovative, energy-saving, and low-pollution vehicle against the backdrop of the oil crisis and significantly stricter emission standards. The second-generation Accord's design style largely continued the first generation, aiming to create a top-tier mid-to-high-end sedan by incorporating more mid-to-high-end car concepts. The third-generation Accord maintained a spacious interior while focusing on 'Sporty' (driving performance) as the theme for all performance standards. Its exterior design became more streamlined, with flip-up headlights being the main feature of this generation, giving it a strong sense of the era.
Was this review help?
7
4
Share
VonLevi
09/09/25 4:01am
I also drive an eighth-generation Accord, and it often makes a clunking sound when driving on bumpy roads. This is mostly due to issues with the suspension system. The specific cause could be that the rubber bushings on the stabilizer links have aged and cracked. Over time, rubber components tend to deform and wear out, causing parts to collide and produce strange noises when going over bumps. Sometimes, it could also be due to loose control arm ball joints or worn-out shock absorber top mounts, where increased gaps cause the vehicle to shake when moving. I recommend finding a flat area near your home and pressing down on the car body to listen for the source of the noise. If the sound comes from the front or rear, you can roughly locate the problematic suspension component. Don’t delay—take it to a repair shop and have them lift the car to check the suspension parts. If there’s noticeable play, replace them to prevent small issues from escalating and affecting driving stability. Regular maintenance checks by a technician on these rubber components are key to prevention.
Was this review help?
1
5
Share
Expand All
More Forum Discussions

Can the engine start after bearing failure?

Engine bearing failure prevents startup. Engine bearing failure refers to abnormal noises in the crankshaft area of a car engine. If this condition occurs during normal driving, the vehicle should be stopped for inspection. The primary causes of engine bearing failure are wear or insufficient lubrication. Engine classifications: 1. According to the working method of the intake system, they can be divided into naturally aspirated, turbocharged, mechanically supercharged, and twin-charged engines; 2. Based on piston movement, they can be categorized as reciprocating piston internal combustion engines and rotary piston engines; 3. According to cylinder arrangement, they are classified as inline engines, V-type engines, and horizontally opposed engines.
12
3
Share

At what level of wear should brake discs be replaced?

Brake discs should be replaced when the wear exceeds 2mm. The method for removing brake discs is as follows: 1. Remove the wheel and take off the dust cover; 2. Disconnect the brake pad sensor plug from the bracket; 3. Unscrew the brake caliper fixing bolts; 4. Remove the brake caliper housing and secure it to the car body with a metal wire; 5. Remove the brake pads from the brake caliper housing. Brake disc maintenance: 1. Pay attention to protecting the brake discs when washing the car; 2. Reduce brake disc wear; 3. Minimize foreign objects entering the braking system and replace with qualified brake pads; 4. High-temperature protection for brake pads; 5. Lubrication maintenance for brake calipers.
19
4
Share

Is the xc60 domestically produced or imported?

xc60 is imported. Taking the 2021 Volvo xc60 as an example, it is equipped with a 2.0t inline 4-cylinder turbocharged engine, with a maximum horsepower of 190ps, a maximum torque of 300nm, a maximum power of 140kw, a maximum power speed of 5000rpm, and a maximum torque speed ranging from 1400 to 4000rpm. It is paired with an 8-speed automatic transmission. The dimensions of the 2021 Volvo xc60 are: length 4688mm, width 1902mm, height 1658mm, wheelbase 2680mm, and minimum ground clearance of 216mm.
13
0
Share

What are the available MPV models with four-wheel drive?

MPV models with four-wheel drive include: Honda Odyssey, Honda Elysion, Buick GL8, Toyota Alphard, Toyota Sienna, BYD Song MAX, Volkswagen Multivan, Volkswagen Sharan, etc. Taking the Buick GL8 as an example, it is equipped with a 2.0T direct-injection 4-cylinder turbocharged engine, with a maximum horsepower of 174ps, a maximum torque of 350Nm, and a maximum power of 237kW. The Buick GL8 has the following body dimensions: length 5219mm, width 1878mm, height 1805mm, wheelbase 3088mm, minimum ground clearance 190mm, and a body weight of 1930kg.
20
5
Share

How to Replace the Battery in a Chevrolet Cruze Key?

To replace the battery in a Chevrolet Cruze key, follow these steps: 1. Press the white button on the top; 2. After the mechanical key pops out, use a flathead screwdriver to pry open the gap; 3. Open the key cover by hand; 4. Remove the old battery and replace it with a new one; 5. Reattach the key cover. The Chevrolet Cruze is equipped with a 1.5L inline 4-cylinder naturally aspirated engine, delivering a maximum horsepower of 114 PS, a maximum torque of 146 Nm, and a maximum power output of 84 kW. The engine reaches its maximum power at 6600 rpm and its maximum torque at 4000 rpm, paired with a 6-speed automatic transmission.
4
0
Share

Where can I check car tire pressure?

Car tire pressure can be viewed on the dashboard. If the vehicle doesn't have built-in tire pressure monitoring functionality, it will display a tire pressure warning. The hazards of low tire pressure include: 1. Increased road friction coefficient leading to higher fuel consumption; 2. Heavy steering wheel and tendency to drift, compromising driving safety; 3. Excessive movement of tire components causing abnormal heat generation from over-rolling; 4. Reduced performance of cord and rubber materials, potentially causing cord breakage, delamination between layers and rim, or excessive friction resulting in bead damage and irregular wear; 5. Increased friction between tire and road surface causing rapid temperature rise, tire softening, and strength reduction which may lead to blowouts; 6. Low pressure increases tire body deformation, creating sidewall cracks and flexing movements that cause overheating, rubber aging, accelerated shoulder wear, and shortened tire lifespan.
7
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.