What to Do When There's Water Inside the Car Fog Light?

1 Answers
AliceFitz
07/29/25 5:29pm
Solutions for water inside the car fog light include: 1. If the car is still under warranty, have it repaired at a 4S shop; 2. Remove the fog light and replace it with a new one; 3. Remove the sealing ring and reinstall it, or directly replace it with a new one. Reasons for water inside the fog light may be: 1. Cracks in the fog light itself; 2. Damage caused by external force; 3. Loose or damaged sealing ring at the back of the fog light; 4. Other equipment causing moisture inside the fog light—check if the water tank is leaking or if the windshield washer reservoir is damaged. Car fog lights are installed at the front and rear of the vehicle to illuminate the road and provide safety warnings during rainy or foggy weather.
Was this review help?
5
2
Share
More Forum Discussions

What brand is YEADA tires?

YEADA tires are a tire brand under Shandong Fengyuan Tire Manufacturing Co., Ltd. Here is some extended information: 1. The Chinese name of this brand is Yida tires. This brand belongs to Shandong Fengyuan Tire Manufacturing Co., Ltd. 2. When purchasing tires, pay attention to selecting the correct size. The tire size is written on the sidewall of the tire, which can be compared with the old tires on your car. 3. Check the production date carefully. There is a four-digit production date on the sidewall of the tire, such as 1019, which means the tire was produced in the 10th week of 2019. 4. Tires are rubber products, and aging will occur even if they are not used. If the production date of the tire is a long time ago, do not buy it. If you encounter tires without a four-digit production date, do not buy them either.
17
3
Share

Why Does a Motorcycle Make Abnormal Noises at Idle Speed?

Motorcycle abnormal noise at idle speed is caused by piston slap. Below are the relevant details: 1. The cause of piston slap noise is usually an excessive clearance between the piston and the cylinder. During the engine's power stroke, the piston is subjected to high-pressure gas forces, causing it to swing and knock against the cylinder wall, producing noise. Additionally, piston reverse ovality, bent or twisted connecting rods, excessive tightness in the piston pin and connecting rod bushing (bearing), or big-end bearing can also lead to piston slap. 2. Characteristics of big-end bearing noise: During sudden acceleration (from idle to medium speed), there is a distinct continuous knocking sound (rolling bearings may also produce internal engine noise). This is the main characteristic of big-end bearing noise. When the big-end bearing is severely worn (or loose), the noise is noticeable even at idle speed and worsens under increased load.
11
0
Share

How often should the spark plugs be replaced on the Buick Excelle GT?

The replacement interval for spark plugs on the Buick Excelle GT depends on the mileage driven and the material of the spark plugs. Different brands and materials have different replacement cycles. For ordinary spark plugs, replacement is needed at around 30,000 kilometers. For platinum spark plugs, it's approximately 60,000 kilometers, and for iridium spark plugs, replacement is recommended at around 80,000 kilometers. The Buick Excelle GT is a compact sedan launched by Buick, with dimensions of 4609mm in length, 1798mm in width, and 1486mm in height, and a wheelbase of 2640mm. In terms of power, this car is equipped with a 1.0-liter turbocharged engine and a 1.3-liter turbocharged engine.
4
3
Share

What Torque is Required for Spark Plugs?

Spark plugs generally require a torque of 25-30 N/m. Here is some extended information about spark plugs: 1. Spark plug size: The mainstream spark plugs in the Chinese market have a thread diameter of 14 mm. 2. Spark plug installation: (1) Choose the appropriate size: Always select spark plugs that are the correct size for your vehicle model. You can check the official website or, preferably, consult a 4S store. (2) Use the right tools: Specialized tools are necessary for removing and installing spark plugs. You can rent or borrow a set of tools and follow the torque specifications corresponding to the spark plug size for removal and installation. (3) Use the correct method: Avoid using excessive force. Prevent the spark plug from stripping its threads or even falling into the cylinder, which could cause engine damage or lead to ignition failure due to air leaks.
17
3
Share

Q50L combined fuel consumption?

The average fuel consumption of the Infiniti Q50L is 11.2 liters per 100 kilometers. Here are specific methods to reduce fuel consumption: 1. Lightly press the accelerator: When starting at low speeds, the car is in the peak fuel consumption zone. Therefore, gently press the accelerator during startup to prevent excessively high RPM, effectively reducing fuel consumption. 2. Avoid high RPM: Avoid unnecessary high RPM as much as possible. Fluctuating engine RPM can also significantly increase fuel consumption. 3. Regular maintenance: Regularly change the engine oil and remove carbon deposits. 4. Avoid emergency braking: Anticipate road conditions in advance to avoid emergency braking, which not only improves driving safety but also saves fuel. For example, gradually slow down before traffic lights and utilize inertia to coast.
18
1
Share

What is the 0-100 km/h acceleration time for the Excelle?

The 0-100 km/h acceleration time for the Excelle is 8.8 seconds. The 0-100 km/h acceleration time refers to the duration it takes for a vehicle to accelerate from 0 to 100 kilometers per hour, serving as an intuitive reflection of a car's power performance. Due to various objective factors, there might be slight variations in real-world conditions. Factors such as tires, road surface, weather conditions, and the driver's skill level can all influence the 0-100 km/h acceleration time. The Excelle is a compact car under the SAIC-GM joint venture, equipped with either a 1.3T or 1.0T Ecotec dual-injection turbocharged engine. The model offers a Super Connect edition, featuring Buick's eConnect connectivity technology with an in-vehicle human-machine interface that supports cloud-based connected applications and services.
8
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.