Why Does My Car Carpet Get Wet When It Rains? Causes, Diagnosis, And Solutions[Updated: December 2025]

Water inside your car can make your carpet wet during rain. Clogged HVAC drain tubes, leaks from worn weatherstripping, or blocked sunroof drains may cause this. Heavy rainfall can exceed drainage capacity, allowing water to seep in. Regularly check these areas to prevent moisture and keep your car’s interior dry.

Additionally, a leaky windshield can contribute to wet carpets. If the adhesive that secures the windshield deteriorates, it may allow water to enter during rainfall. Another potential issue is a malfunctioning air conditioning system. If the drain line is obstructed, condensation can build up and leak onto the carpet.

To diagnose the problem, inspect seals, drain channels, and the windshield for any signs of damage. Solutions include replacing damaged seals and unclogging drainage channels. Regular maintenance can also help prevent these issues.

Addressing water intrusion promptly is essential to prevent mold and unpleasant odors. In the next section, we will explore the steps to dry out your car carpet effectively and additional tips for ongoing maintenance to keep your vehicle dry.

What You Will Learn?

What Are the Common Causes of a Wet Car Carpet When It Rains?

The common causes of a wet car carpet when it rains include water leaks, poor window seals, and blocked drainage systems.

Water leaks from damaged seals
Poor window seals or worn weather stripping
Blocked drainage systems
Faulty sunroof drainage
Damaged floorboards
Wet items inside the car

Water leaks from damaged seals:
Water leaks from damaged seals occur when the rubber seals around doors or windows are cracked or worn out. This damage allows rainwater to enter the vehicle. Regular inspection and maintenance of these seals can prevent such leaks.

Poor window seals or worn weather stripping:
Poor window seals or worn weather stripping cause water to seep inside during rain. These seals are essential for keeping water out. When they deteriorate, it is easy for moisture to penetrate. Replacing defective weather stripping can effectively resolve this issue.

Blocked drainage systems:
Blocked drainage systems refer to clogged drainage channels that fail to guide rainwater away from the vehicle. When these channels are blocked, water can accumulate and enter the passenger area. Regular cleaning of these drainage systems can help maintain functionality.

Faulty sunroof drainage:
Faulty sunroof drainage occurs when the drainage tubes from a sunroof are clogged or damaged. This failure can lead to water pooling inside the car instead of draining away. Checking and maintaining these tubes periodically can prevent future problems.

Damaged floorboards:
Damaged floorboards can allow external water to seep through. Rust or holes in the floor caused by corrosion can create points of entry for water. Inspecting the vehicle’s undercarriage and sealing any openings is crucial for keeping the interior dry.

Wet items inside the car:
Wet items inside the car contribute to a damp carpet when it rains. For example, if wet clothes or umbrellas are left in the car, they can release moisture into the interior. Regularly removing wet items from the vehicle can mitigate this issue.

How Do Faulty Door Seals Contribute to Water Accumulation?

Faulty door seals contribute to water accumulation by allowing rain or moisture to enter the vehicle, creating potential damage to the interior and promoting mold growth.

The detailed explanations of how faulty door seals facilitate this issue include:

Improper sealing: A worn or damaged door seal does not completely close the gap between the door and the frame. This gap allows water to seep into the vehicle when it rains or during car washes. Studies show that over 20% of vehicles experience issues related to door seals within the first five years due to material degradation (Car and Driver, 2019).
Debris obstruction: Dirt, leaves, or other debris can accumulate on or around door seals, preventing them from making a proper seal. This obstruction allows water to bypass the seal, leading to pooling inside the car. A study by the American Automobile Association reported that vehicles with clean and maintained door seals experience significantly less leakage than neglected ones (AAA, 2021).
Temperature fluctuations: Extreme temperature changes can cause door seals to expand and contract. This movement can lead to cracks or distortions, compromising the seal’s integrity. Research by the Society of Automotive Engineers indicates that these material changes can increase the likelihood of water ingress over time (SAE, 2020).
Installation issues: Incorrectly installed seals may not fit tightly against the body of the car. If the seal is misaligned or not properly positioned, it does not form a watertight barrier, allowing water to enter. Vehicle manufacturers emphasize the importance of professional installation to avoid such issues.
Material fatigue: Over time, the rubber used in door seals can dry out or become brittle, reducing its effectiveness. A study in the Journal of Automotive Engineering found that seals made from high-quality rubber last significantly longer when properly maintained compared to lower-quality materials (JAE, 2022).

Addressing faulty door seals promptly is essential to prevent water accumulation, interior damage, and the growth of mold or mildew within the vehicle.

What Impact Does a Damaged Windshield Have on My Car’s Interior?

A damaged windshield can significantly impact your car’s interior by allowing water, debris, and UV rays to enter. It can cause damage to the dashboard, upholstery, and electrical components.

Water Intrusion
Increased UV Exposure
Debris Infiltration
Reduced Visibility
Potential Structural Issues

The effects of a damaged windshield can vary, leading to different types of interior damage.

Water Intrusion:
Water intrusion occurs when a damaged windshield fails to provide a proper seal. Rainwater can leak into the car, leading to mold growth and unpleasant odors. According to a 2021 study by the National Highway Traffic Safety Administration, frequent water exposure can accelerate corrosion of metal parts.
Increased UV Exposure:
Increased UV exposure happens when a windshield is cracked or chipped. UV rays can damage the dashboard and other interior materials, causing them to fade or crack over time. The Skin Cancer Foundation reports that prolonged UV exposure can also lead to health risks for passengers.
Debris Infiltration:
Debris infiltration occurs through cracks in a damaged windshield. Dust, leaves, and insects can enter, creating a dirty environment inside the car. Regular cleaning may not be enough to manage this issue.
Reduced Visibility:
Reduced visibility is a safety issue associated with damaged windshields. Cracks or damage can obstruct the driver’s view. The AAA notes that driving with a compromised view can increase the risk of accidents.
Potential Structural Issues:
Potential structural issues arise when a damaged windshield compromises the vehicle’s frame. The windshield is an essential structural element in many vehicles, contributing to stability during accidents. The American Automobile Association warns that failure to address a damaged windshield can threaten passenger safety.

In summary, a damaged windshield can lead to several interior issues, ranging from cosmetic damage to safety risks. Regular maintenance and timely repairs can mitigate these risks.

Can a Leaky Sunroof Allow Rainwater Inside My Vehicle?

Yes, a leaky sunroof can allow rainwater inside your vehicle.

Water can enter through a leaky sunroof when the seals deteriorate or become damaged. This can create a gap that allows rainwater to seep through, especially during heavy rain. Additionally, debris can block the drainage channels located near the sunroof. When these channels are obstructed, water cannot flow away from your vehicle, leading to leaks. Over time, this can cause significant water damage inside your vehicle if not addressed promptly. Regular maintenance of the sunroof seals and drainage system can help prevent leaks.

What Other Areas Should I Check for Potential Water Ingress?

The potential areas to check for water ingress include the following locations.

Roofs and gutters
Windows and doors
Foundation and basement
Plumbing and drainage systems
Walls and ceilings
Crawl spaces and attics

Understanding the areas where water ingress might occur is crucial. Proper inspection may prevent significant damage and health issues.

Roofs and Gutters:
Checking the roof is essential for preventing water ingress. Roofs can have leaks due to damaged shingles or faulty flashing. Gutters can overflow if blocked by debris. According to the National Roofing Contractors Association, regular inspections can help identify these issues early. Homeowners should consider cleaning gutters biannually, especially before heavy rainfall.
Windows and Doors:
Windows and doors are common entry points for water. Poor sealing around frames can lead to leaks during rains. The American Society of Home Inspectors suggests examining caulking and weather stripping regularly. Seasonal checks can help maintain a tight seal.
Foundation and Basement:
The foundation is critical in managing water. Poor drainage can cause water to seep into basements, especially in heavy storms. According to the Basement Health Association, a sump pump can be an effective solution to manage potential water ingress. Installing proper grading around the foundation can also direct water away from the home.
Plumbing and Drainage Systems:
Faulty plumbing can lead to significant water leaks. Checking pipes for corrosion or wear is vital. The Environmental Protection Agency emphasizes the importance of maintaining these systems. Regular inspections can prevent small leaks from turning into extensive damage.
Walls and Ceilings:
Water stains on walls and ceilings often indicate water ingress. These stains may suggest leaks from plumbing or the roof. The International Association of Certified Home Inspectors recommends investigating these areas promptly to prevent mold growth and structural damage.
Crawl Spaces and Attics:
Crawl spaces and attics can be vulnerable to moisture build-up. Poor ventilation often exacerbates this issue. The US Department of Housing and Urban Development advises installing vents or dehumidifiers to maintain optimal moisture levels. Regularly inspecting these areas can prevent hidden water damage.

By checking these locations, property owners can address potential water ingress before it escalates into major problems.

How Can I Effectively Diagnose Water Intrusion in My Car?

To effectively diagnose water intrusion in your car, you should inspect the vehicle’s exterior, check the interior for moisture, and examine seals and drainage systems.

Start with the exterior inspection. Look for any visible signs of damage, such as cracks in the windshield or missing weatherstripping. These can allow water to seep inside. Pay attention to the following:

Windshield: Inspect for cracks or loose seals, as they can lead to leaks during rain.
Door seals: Examine the rubber gaskets around each door, ensuring they fit snugly without tears or gaps.
Sunroof: Check the drainage channels for blockages. An obstructed drain can cause water to overflow into the cabin.

Next, examine the interior for signs of moisture. Look for the following indicators:

Wet carpets: Feel the carpets for dampness, particularly in the front footwells and rear seats.
Condensation: Check for excessive condensation on windows, which may indicate high humidity levels inside the car.
Mold or mildew: Smell for musty odors and inspect for visible mold growth, which can result from prolonged moisture.

Finally, assess the seals and drainage systems. Take note of these components:

Window seals: Inspect the rubber seals around windows for deteriorations that may allow water intrusion.
Trunk seals: Similar to door seals, ensure that the trunk lid gasket is intact.
Drainage systems: Verify that the drainage areas, such as sunroof and door drains, are clear of debris to facilitate proper water removal.

By thoroughly examining these areas, you can identify potential sources of water intrusion and take necessary action to address the issue. If difficulties persist, consider consulting a professional mechanic for a more detailed inspection.

What Key Signs Indicate a Water Leak in My Vehicle?

The key signs that indicate a water leak in your vehicle include the presence of wet or damp carpets, visible puddles under the vehicle, and coolant loss in the reservoir.

Wet or Damp Carpets
Visible Puddles Under the Vehicle
Coolant Loss in the Reservoir
Moldy Odor Inside the Vehicle
Overheating Engine

Recognizing these signs is crucial for timely repair and maintaining vehicle performance.

Wet or Damp Carpets: Wet or damp carpets indicate a water leak from the vehicle’s cooling system or from rainwater intrusion. This can occur due to faulty door seals, window seals, or sunroof drainage issues. If left unchecked, moisture can lead to mold growth. The American Automotive Association (AAA) notes that mold can exacerbate allergies and respiratory issues.
Visible Puddles Under the Vehicle: Visible puddles under the vehicle can signify a water leak. These leaks might originate from the radiator, engine, or air conditioning system. For instance, condensation from the air conditioning system can create harmless puddles, while coolant leaks may indicate a more serious issue. Consistently monitoring the ground where you park can help identify the source quickly.
Coolant Loss in the Reservoir: Coolant loss in the reservoir is a major sign of a water leak. Coolant leaks can occur from damaged hoses, a cracked radiator, or a faulty water pump. According to a study by the Society of Automotive Engineers, early detection of coolant loss can prevent engine overheating and severe engine damage.
Moldy Odor Inside the Vehicle: A moldy odor in the vehicle can result from excessive moisture buildup. This moisture can stem from a water leak, causing mildew to form on upholstery and mats. A 2019 report by the Environmental Protection Agency emphasized that persistent moisture problems can lead to significant health risks, especially for individuals with asthma.
Overheating Engine: An overheating engine often occurs when there is a significant coolant leak. When the coolant level drops, the engine cannot cool down efficiently. The National Highway Traffic Safety Administration states that coolant leaks should be addressed immediately to avoid long-term engine damage.

Identifying these signs promptly can prevent further damage and costly repairs.

How Can I Test the Integrity of My Windshield Seal to Prevent Leaks?

To test the integrity of your windshield seal and prevent leaks, you can perform a few simple checks and inspections.

Begin by visually inspecting the seal for any gaps or damage. Look for signs of wear, including cracks, peeling, or misalignment. A well-sealed windshield should show no signs of deterioration. Next, examine the area for water stains or any dampness inside the vehicle. If you find moisture in the cabin, this could indicate a seal failure. You can also spray water around the edges of the windshield while a helper sits inside the vehicle to detect any leaks. Finally, consider using an air pressure test. Close the doors and windows, and then create a slight pressure difference inside the vehicle. If you hear air escaping around the windshield, the seal may be compromised.

Visual inspection: Check for gaps, cracks, or peeling in the seal.
Examine for water damage: Look for moisture or water stains inside the car.
Spraying test: Have someone inside the car while you spray water on the windshield edges.
Air pressure test: Create a pressure difference to check for air leaks around the seal.

By following these steps, you can effectively assess the condition of your windshield seal and address any potential issues before they lead to more significant leaks.

What Immediate Actions Should I Take for a Wet Car Carpet?

To address a wet car carpet, you should act quickly to prevent further damage.

Remove excess water.
Dry the carpet.
Check for leaks.
Inspect under the carpet.
Use absorbent materials.
Consider professional help.

These actions are important for addressing a common issue, but opinions may vary on the effectiveness of quick fixes versus thorough repairs.

Removing Excess Water:
Removing excess water involves using towels or a wet vacuum. Act quickly to soak up water before it seeps deeper into the carpet and padding. This prevents mold and mildew.
Drying the Carpet:
Drying the carpet requires adequate airflow. Use fans or open windows to circulate air. A dehumidifier may also speed up the drying process, helping to maintain a safe environment.
Checking for Leaks:
Checking for leaks involves examining door seals, windows, and the windshield. Leaks can be caused by worn-out seals and can lead to future issues if not addressed.
Inspecting Under the Carpet:
Inspecting under the carpet helps you evaluate the extent of water exposure. Lift the carpet to examine the padding or flooring for damage. If it feels damp, it may need to be replaced.
Using Absorbent Materials:
Using absorbent materials like kitty litter or specialized moisture absorbers can help draw moisture out of the carpet. This method is often recommended for persistent dampness.
Considering Professional Help:
Considering professional help is essential if the situation is severe. Experts can identify hidden issues and provide comprehensive repairs, including insulation or padding replacement.

By following these immediate actions, you can effectively manage a wet car carpet and mitigate potential long-term damage.

How Can I Safely Dry Out a Wet Car Carpet Quickly?

To dry out a wet car carpet quickly and safely, you should remove the moisture efficiently while avoiding damage to the carpet and vehicle.

First, remove excess water. Use towels or a wet-dry vacuum to soak up as much water as possible. This step prevents mold growth and further moisture absorption. Next, dry the area using fans or heaters. Good airflow speeds up the drying process. You can also park your car in a sunny spot to utilize natural heat.

Here are additional methods to ensure effective drying:

Towels: Use absorbent towels to blot up the water. Apply pressure to draw moisture out from the carpet fibers.
Wet-Dry Vacuum: This type of vacuum is effective at removing large quantities of water. It can extract moisture from deep within the carpet material.
Fans: Position one or more fans inside the vehicle to circulate air. Ensure that the windows and doors are closed to keep direct air flow focused on the carpet.
Heater: If the weather is cool, you can use a space heater safely inside the vehicle to add warmth. Heat helps to evaporate moisture.
Baking Soda: Sprinkle baking soda on the wet area once most water is removed. Baking soda absorbs moisture and odors. Leave it for several hours, then vacuum it up.
Dehumidifier: If you have access to a small room dehumidifier, place it inside the car to extract moisture from the air. This will aid in drying the carpet faster.

According to the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE, 2021), maintaining low humidity levels is crucial to prevent mold and mildew development. Using these techniques can help reduce moisture, protect your vehicle, and maintain its condition.

What Quick Fixes Can Help Prevent Additional Water Entry?

Quick fixes to prevent additional water entry include sealing openings and ensuring proper drainage.

Seal gaps and cracks
Install door sweeps
Use waterproof sealants
Maintain gutters and downspouts
Direct landscaping away from foundations
Repair plumbing leaks
Employ window well covers
Use moisture barriers in basements

Addressing water entry requires consideration of various methods and their effectiveness under specific circumstances.

Seal Gaps and Cracks: Sealing gaps and cracks prevents water from penetrating. Small cracks in walls or around windows can allow moisture to enter. Using caulk or weatherstripping effectively blocks these entry points. According to HomeAdvisor, sealing gaps can save homeowners up to 10% on energy bills by improving insulation and preventing drafts.
Install Door Sweeps: Installing door sweeps blocks water from entering under doors. Door sweeps are simple to install and can be made from rubber or vinyl. They act as a barrier against rain and snow. The National Association of Home Builders states that proper door seals can reduce energy costs and improve comfort.
Use Waterproof Sealants: Applying waterproof sealants to exposed surfaces prevents water intrusion. Products like liquid rubber or polyurethane sealants can be used on exterior walls and foundations. A study by the American Society of Home Inspectors found that waterproofing materials can significantly reduce the incidence of mold growth indoors by keeping surfaces dry.
Maintain Gutters and Downspouts: Regular maintenance of gutters and downspouts ensures proper water flow. Clogged gutters can overflow, leading to soil saturation around the foundation. The National Roofing Contractors Association advises cleaning gutters at least twice a year to avoid such problems.
Direct Landscaping Away from Foundations: Landscaping plays a crucial role in managing water flow. Soil should slope away from the foundation to divert rainwater. According to the University of Minnesota Extension, a 5% slope is optimal for directing water flow away from buildings.
Repair Plumbing Leaks: Addressing plumbing leaks promptly reduces the potential for water damage. Even minor leaks can lead to significant problems over time if left unchecked. The American Water Works Association reports that households waste about 10,000 gallons of water annually due to leaks.
Employ Window Well Covers: Installing covers over window wells protects against rain and snow accumulation. Properly fitted covers minimize the risk of flooding in basement windows. The Basement Health Association recommends using clear covers to allow light while blocking water.
Use Moisture Barriers in Basements: Moisture barriers, such as plastic sheets, help prevent water vapor from rising through floors and walls. The U.S. Department of Housing and Urban Development suggests applying these barriers in combination with ventilation systems to reduce humidity and moisture buildup.

Implementing these quick fixes effectively reduces the risk of additional water entry into buildings, safeguarding indoor environments against potential damage.

What Long-Term Solutions Exist to Keep My Car Dry?

To keep your car dry in the long term, consider several effective strategies.

Regular maintenance
Protective covers
Proper drainage
Sealant applications
Garage parking
Dehumidifiers

These strategies present useful options for different situations and car types. Next, we will examine each solution in detail to provide a deeper understanding of how to implement them effectively.

Regular Maintenance: Regular maintenance keeps your car’s interior dry by ensuring all components function properly. This includes checking seals around doors and windows for wear. Weak or damaged seals can allow water to enter. Additionally, inspecting the drainage system under the hood and around the doors ensures proper water flow and prevents accumulation.
Protective Covers: Protective covers guard against rain and moisture. These covers fit over the exterior of your vehicle, providing a waterproof barrier. Using a well-fitted cover made of breathable material prevents condensation accumulation underneath, which could lead to mold growth.
Proper Drainage: Proper drainage is critical for preventing water buildup inside your vehicle. Ensure that drainage channels in the window and door frames are free from debris. This allows rainwater to flow away instead of pooling in unwanted areas. Regularly checking and cleaning these channels contributes to the longevity of your vehicle’s interior.
Sealant Applications: Sealant applications provide extra protection against leaks. Applying a silicone-based sealant to joints and seams in the car helps create a waterproof barrier. According to the American Automobile Association (AAA), using sealants effectively can extend the lifespan of your vehicle’s seals and reduce water intrusion.
Garage Parking: Garage parking offers a controlled environment for your car. Keeping your vehicle sheltered helps shield it from rain and moisture. Moreover, parking in a garage minimizes direct exposure to humidity fluctuations, which can adversely affect the car’s interior.
Dehumidifiers: Dehumidifiers reduce moisture levels inside your vehicle. Placing a portable dehumidifier or moisture-absorbing packets can help manage humidity. According to studies by the National Institute of Standards and Technology (NIST), controlling humidity levels in vehicles is essential for preventing mold and mildew growth.

Incorporating these strategies can significantly enhance your ability to keep your car dry over the long term.

How Can I Replace or Repair Worn Door Seals to Prevent Future Issues?

You can replace or repair worn door seals by following a few straightforward steps to ensure they maintain their integrity, providing a proper barrier against the elements. The process typically involves identifying the type of seal, removing the old seal, and installing a new one.

Identify the type of door seal: Different door seals exist, such as weatherstripping, door sweeps, and foam seals. Knowing which one you need helps in sourcing the correct replacement.
Remove the old seal:
– Carefully inspect the current seal. Look for signs of wear like tears or cracks.
– Use a utility knife to cut away any old or damaged sections of the seal.
– Clean the surface where the seal was attached, using a solvent if necessary to remove adhesive residue.
Measure and cut the new seal:
– Measure the length of the area to be sealed.
– Cut the new seal to the appropriate length. Ensure it fits snugly without being too tight.
Install the new seal:
– If you are using adhesive weatherstripping, peel off the backing and align it with the door frame or bottom of the door.
– Press the seal firmly into place to ensure good adhesion.
– For seals that require screws or nails, pre-drill holes if necessary and secure the seal in place.
Test the seal:
– Close the door and check for any light or air leaks around the edges.
– Make adjustments as necessary to ensure a tight fit.

Properly maintained door seals can improve energy efficiency and reduce water damage risk. According to the U.S. Department of Energy, air leaks can waste 20-30% of heating and cooling energy in homes. By replacing worn seals, homeowners can ensure lower energy bills and increased comfort. Regular inspection is advised to prevent future issues and prolong the life of your door seals.

What Regular Maintenance Can I Perform to Avoid Water Damage in My Car?

To avoid water damage in your car, perform regular maintenance and inspections to identify and rectify potential issues.

Here are the main points for regular maintenance to prevent water damage:
1. Inspect weather stripping.
2. Clean and maintain the drainage system.
3. Check and repair seams and seals.
4. Regularly examine the windshield and windows.
5. Monitor the interior for signs of moisture.
6. Replace damaged or worn carpets.
7. Utilize waterproof covers when parked outdoors.

Ensuring proper maintenance will help protect your vehicle from water-related issues.

Inspect Weather Stripping: Inspecting weather stripping regularly helps maintain the car’s seal against moisture. Weather stripping lines the doors, windows, and trunk to prevent water entry. Worn or damaged weather stripping can lead to leaks, encouraging mold growth. According to a 2019 study by the Automotive Research Institute, replacing ineffective weather stripping can reduce the risk of mildew in vehicles by 30%.
Clean and Maintain the Drainage System: Cleaning the drainage system is essential for preventing water buildup. Vehicles have drainage systems that remove excess water from sunroofs, windshields, and other areas. Clogs can occur from debris, leading to stagnation. Routine checks and cleanings ensure water flows away from critical areas, minimizing water damage history according to Automotive Fleet, 2020.
Check and Repair Seams and Seals: Checking seams and seals regularly prevents water from penetrating through weak spots. The seams are areas where two surfaces meet, and worn seals can lead to leaks. Experts recommend applying silicone sealant if gaps are found. The National Highway Traffic Safety Administration suggests this simple check can lower leak occurrences significantly.
Regularly Examine the Windshield and Windows: Regular examinations of the windshield and windows help catch minor cracks before they become serious problems. Chips and cracks can compromise sealant integrity, causing water leaks. The Glass Association indicates that timely repairs can save up to 80% of repair costs down the line.
Monitor the Interior for Signs of Moisture: Monitoring the interior for moisture is critical. Signs include dampness on carpets or condensation on windows. Persistent moisture can indicate underlying issues like a leaking heater core or damaged seals. According to Consumer Reports (2021), quick identification can prevent expensive repairs, as mold can develop within 24-48 hours in wet conditions.
Replace Damaged or Worn Carpets: Replacing damaged carpets can protect the car’s interior from mold and odors. Waterlogged carpets retain moisture, which promotes further damage. Selecting water-resistant mats or carpets aids in minimizing chronic water exposure. A 2021 Ford study found vehicles with resistant carpets show a 60% reduction in mold-related complaints.
Utilize Waterproof Covers When Parked Outdoors: Using waterproof covers protects your car from unexpected rain. Covers guard against moisture while parked, especially in rainy seasons. This preventive measure can help reduce interior water damage significantly, as suggested by the Environmental Protection Agency’s vehicle protection guidelines.

By following these maintenance tips, you can effectively avoid water damage in your vehicle and ensure its longevity and comfort.

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Why Does My Car Carpet Get Wet When It Rains? Causes, Diagnosis, and Solutions