Which is More Harmful: Flood-Damaged Cars or Accident-Damaged Cars?

2 Answers
TravisLee
07/25/25 1:49am
Flood-damaged cars are more harmful compared to accident-damaged cars. Here are methods to identify flood-damaged cars: 1. Smell the interior: Check for a musty odor inside the car. Flood-damaged vehicles often have a musty smell in hidden areas such as the floor mats, trunk mats, and under the seats, which is difficult to eliminate and usually leaves evidence. If you detect a musty smell, be cautious. Also, be wary if the interior smells unusually fragrant, as this might be an attempt to mask the musty odor. 2. Inspect hidden areas of the vehicle: Check for rust or signs of screw removal and replacement in hidden areas. Pull out the seats to see if there is rust or sand in the tracks. Extend the seatbelt fully to check for water stains or dirt at the end.
Was this review help?
20
5
Share
DelilahMarie
08/10/25 4:18pm
When it comes to which is more dangerous between flood-damaged cars and accident-damaged cars, as a veteran driver with over 20 years of experience, I have a lot to say. The harm of flood-damaged cars lies in the gradual corrosion of their electrical systems after being submerged in water. You might not notice anything while driving normally, but months later, sudden problems can arise, such as brake failure or lights going out, which is extremely dangerous. Although accident-damaged cars have structural damage, as long as they are professionally repaired and reinforced, they can still be relatively safe to drive. Flood-damaged cars are also prone to mold growth, which affects health, and their repair costs are high. In comparison, the hazards of accident-damaged cars are more superficial and can be detected through inspections. That’s why I always remind everyone to check the vehicle history before buying and not to choose flood-damaged cars just to save money.
Was this review help?
16
2
Share
Expand All
More Forum Discussions

Can Snow Damage a Car?

Generally not, but if not cleaned in time, it can easily damage the car paint and other auto parts. Clean snow and wash the car promptly: I believe many car owners have the notion that if the car isn't dirty, there's no need to wash it. Snow falling on the car body will naturally melt, so washing isn't necessary. The editor must point out that this idea is wrong. To the naked eye, snow indeed doesn't dirty the car. However, snow contains various corrosive substances like acids and alkalis. If these remain attached to the car's surface for a long time without timely cleaning, they can cause further damage to the car paint. If this continues, the consequences can be very severe. Therefore, after snowfall, it's essential to promptly remove the snow and wash the car as soon as possible. Choose warm water for car washing: Due to the cold weather after snow, using cold water to wash the car not only fails to achieve a cleaning effect but can also cause ice to form on the car's exterior, leading to secondary damage. Water that's too cold shouldn't be used, and similarly, overly hot water is also unsuitable because the cold weather makes the car's temperature too low. If hot water is used for washing, the significant temperature difference between hot and cold can cause substantial damage to the car's surface. For instance, the car's paint may lose its luster or, in severe cases, even become uneven. Therefore, after snow, it's advisable to wash the car with warm water.
11
1
Share

What are the gear positions of the 7th generation Elantra?

The gear positions of the 7th generation Elantra are introduced as follows: P gear: Parking means "parking". It is the parking gear used when the vehicle is parked. When you reach your destination or need to park for a long time, shift the gear lever into this position. Note: The vehicle must be completely stopped before shifting into P gear. Shifting into P gear before the vehicle is completely stopped may cause partial mechanical damage to the automatic transmission. When P gear is engaged, the wheels are mechanically locked, preventing the vehicle from moving forward or backward. Therefore, it is essential to engage P gear when parking on a slope. Additionally, during short stops (such as at traffic lights), it is best not to shift into P gear to avoid severe damage to the entire transmission in case of a rear-end collision. R is the reverse gear, the abbreviation for the full English word "reverse". Whether it's a manual or automatic transmission, R stands for reverse gear. Engaging R gear will make the vehicle move backward. This gear can only be engaged when the vehicle is stationary and the engine is idling. Never use R gear when the vehicle is moving forward, and pay special attention to accelerator control when reversing. N gear: Neutral means "neutral", also known as the neutral gear. At traffic lights, you can shift into this gear and step on the brake. If the waiting time is longer, it is recommended to engage the handbrake directly, allowing your foot to leave the brake pedal for a short rest. Many people mistakenly believe that shifting into N gear while coasting downhill or at high speed can save fuel. This is a serious misconception—not only does it not save fuel, but it can also damage the transmission. S: Sport gear. The difference between D gear and S gear is simply the computer switching to different shifting programs. Therefore, S gear can be switched at any time without causing adverse effects such as damaging the transmission. It is suitable for overtaking but not for high-speed driving. D gear: Drive means "drive" and is the forward gear in a car. Engaging this gear and stepping on the accelerator will make the vehicle move. In this gear, the transmission will automatically shift based on speed and throttle conditions. At traffic lights, you can stay in D gear while stepping on the brake. If the waiting time is short, this is not a problem, but if it is prolonged, it may cause the transmission fluid temperature to rise and the fluid to deteriorate. The 7th generation Elantra is equipped with a 1.5L and a 1.4T engine, paired with a CVT transmission and a 7-speed dry dual-clutch transmission, respectively.
13
5
Share

What does ETC mean on the highway?

ETC is the Electronic Toll Collection system, also known as the Automatic Road Charging System. It is a road tolling method specifically designed for toll roads, commonly seen on highways, bridges or tunnels with toll policies, and certain sections of urban centers to alleviate traffic congestion. According to the State Council's regulations, starting from 2020, vehicles without ETC will not enjoy toll discounts. In the future, only one manual lane will be retained at highway toll stations, and tolls can only be paid through manual lanes. Additionally, newly installed ETC devices cannot be used on highways immediately; they need to be activated first. During free holiday periods, ETC users can still use highways, and passing through ETC lanes will not incur charges. ETC Charging Principle: Highways will have one or more ETC lanes. Through dedicated short-range microwave communication between the onboard electronic tag installed on the vehicle's windshield and the microwave antenna in the ETC lane, and using computer networking technology for backend settlement with banks, the system achieves the purpose of collecting tolls without requiring vehicles to stop at toll stations. All of this operates on the principle of "pass first, deduct later." Benefits of Installing ETC: Time-saving: Eliminates the hassle of waiting in queues. Green and eco-friendly: Reduces noise and exhaust emissions by allowing vehicles to pass toll stations without stopping, thus minimizing pollution. Reduced wear and tear: Saves costs by decreasing the frequency of vehicle starts and brakes, lowering wear and fuel consumption. Users also enjoy a 5% discount on toll fees. Improved efficiency: Theoretically, ETC lanes can increase vehicle throughput by 2-3 times, making traditional ETC systems more updated, faster, and more high-tech. Compared to license plate payment, ETC technology is more mature and advantageous. More policy support: The State Council's "13th Five-Year Plan for the Development of a Modern Comprehensive Transportation System" explicitly states the goal of "achieving interoperability of transportation cards in key city clusters by 2020 and significantly increasing the proportion of vehicles equipped with ETC." It also sets a target of "50% ETC usage rate for road passenger vehicles by 2020" in the main indicators of the "13th Five-Year" comprehensive transportation development plan. More future possibilities: In addition to continuously improving the convenience of ETC installation and usage rates for passenger vehicles, the future will also promote ETC usage for trucks and explore deeper integration of ETC systems with smart transportation directions such as vehicle-to-vehicle communication and vehicle-to-infrastructure coordination. This will provide comprehensive travel services for vehicle owners, meaning more application scenarios will support ETC. ETC Usage Notes: The ETC transaction sensing range is 8 meters. If the vehicle in front stops, maintain a distance of more than 10 meters to prevent automatic sensing from charging for the vehicle in front, especially if it has a faulty or no ETC device. The recognized speed for ETC lane passage is 20 km/h. Speeding may result in failure to read vehicle device information and charging failure. Unauthorized removal or movement of the OBU device, or if the ETC electronic tag falls off or becomes loose, will render the tag ineffective. It can be taken to the bank where the ETC card was issued or the highway service office for inspection. Non-manual loosening or detachment only requires reactivation. When using a debit card linked to ETC, insufficient balance may cause charging failure. Follow the guidance of on-site staff to use the manual MTC lane and pay with cash or card. Thick windshields may cause poor sensing. This is particularly important for vehicles that have had their windshields replaced after accidents or for those who have modified their front windshields.
10
5
Share

Can a car charge the battery while idling?

Yes, a car can charge the battery while idling. When the car is idling, the charging system supplies power to the battery. This is because after the engine starts, various components such as the car's computer, processor, sensors, wiring, and relays consume battery power. If the charging system fails to recharge the battery during idling, the engine would not be able to idle properly. As long as the car is running, if you see a battery-shaped indicator light on the dashboard that turns off immediately after the engine starts, it indicates that the charging system is functioning normally and is actively charging the battery.
18
1
Share

Is Cruise Control Useful When Braking?

Cruise control is not useful when braking. When the driver steps on the brake, the cruise control function will automatically turn off. After activating the vehicle's cruise control and setting the desired speed, the driver no longer needs to press the accelerator pedal with their right foot, as the vehicle will automatically maintain the preset speed. Cruise control is designed to maintain a constant vehicle speed. Once the car is set to cruise mode, the engine's fuel supply is controlled by the computer, which continuously adjusts the fuel injection based on road conditions and driving resistance to keep the vehicle at the set speed without throttle input. Currently, cruise control systems have become standard equipment in mid-to-high-end cars.
16
4
Share

What is the reason for the sudden failure of car wipers?

Car wipers suddenly stop working due to motor damage, and replacing the motor can solve the problem. Wipers are blade-like structures installed in front of the windshield, consisting of components such as an electric motor, reducer, four-bar linkage, wiper arm spindle, and wiper blade assembly. Their primary function is to clear rain, snow, and dust from the windshield that obstructs visibility. The power source of the wiper comes from the motor, which is the core of the entire wiper system. The quality requirements for wiper motors are relatively high, as they use DC permanent magnet motors. The wiper motor installed on the front windshield is typically integrated with the worm gear mechanical part.
17
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.