Q

What happens if tires are overinflated?

Excessively high tire pressure can cause multiple issues, primarily manifested as driving safety risks and reduced vehicle performance. Overinflated tires decrease the contact area with the road surface, resulting in reduced friction and traction, thereby extending braking distance by approximately 20%-30%. This significantly increases the risk of loss of control, especially during rainy conditions or emergency braking. Concentrated pressure accelerates wear on the central tread pattern, shortening tire lifespan to 60%-70% of normal expectancy. Annual replacement costs may consequently rise by approximately 500-800 Malaysian Ringgit. Steering wheel vibration and alignment deviation markedly impair handling precision, while intensified body vibrations may additionally damage the suspension system, potentially incurring repair costs of 2,000-3,000 Malaysian Ringgit. More critically, diminished tire elasticity elevates blowout risks by 3-5 times. When tire pressure exceeds standard values by 30%, instantaneous rupture becomes highly probable upon encountering road debris. For maintenance: - Monthly verification using mechanical gauges (market price: 80-150 MYR) - Maintain inflation at 2.2-2.5 bar (front) and 2.4-2.8 bar (rear) - refer to door jamb specifications - Always adjust when tires are cold - Conduct pre-trip inspections before long journeys
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Latest Q&A

Q
Are AC filter and cabin filter the same?
Cabin filter and air filter are two automotive components with different functions. Although their names are similar, their objects of action and installation positions are completely different. The cabin filter is mainly responsible for filtering the air entering the car compartment, intercepting pollutants such as pollen, dust and PM2.5, so as to ensure the breathing health of passengers. It is usually installed behind the passenger glove box or near the air-conditioning air inlet. The materials are mostly activated carbon or electrostatic fiber. It is recommended to replace it every 10,000 kilometers or every six months. The air filter is used to filter the air entering the engine combustion chamber to prevent sand and dust from damaging precision components such as cylinders. It is generally located in the engine compartment and uses paper filter materials. The replacement interval is about 15,000 kilometers. Although both are filtering devices, the former is for the health of passengers, while the latter is related to the service life of the engine. They need to be maintained separately during routine maintenance. It is worth noting that vehicles frequently driven in sandy or industrial areas should shorten the replacement interval to ensure filtering efficiency.
Q
Is the air filter and AC filter the same in a car?
The air filter and cabin air filter in a car are two completely different components. Although their names are similar, their functions and structures differ significantly. The air filter is specifically designed for the engine and is installed in the engine compartment. Its main function is to filter the air entering the combustion chamber to prevent particles such as dust and gravel from damaging the cylinders. Its filtration precision is usually 0.3-5 microns, and the recommended replacement interval is 10,000-20,000 kilometers, or shortened to 5,000 kilometers in dusty environments. If the filter paper turns black or its air permeability deteriorates, it must be replaced immediately. The cabin air filter is located behind the passenger-side glove box or under the dashboard. It is responsible for purifying the air entering the vehicle interior, capturing PM2.5, pollen, and odors. Activated carbon or HEPA-type filters can further improve filtration efficiency. It is recommended to replace it every 6-12 months or 10,000 kilometers, with particular attention to preventive maintenance before the pollen season or periods of heavy smog. Their materials also differ: air filters are predominantly paper-based, while cabin air filters may incorporate activated carbon composites or high-efficiency electrostatic fibers. Neglecting the air filter can result in diminished engine performance and higher fuel consumption, whereas a clogged cabin air filter may lead to reduced airflow or unpleasant odors in the cabin. Regular replacement is essential for maintaining vehicle performance and ensuring the well-being of occupants. When selecting replacements, ensure compatibility with your vehicle model and prioritize cabin air filters that comply with the GB/T 32085 standard.
Q
How do I know if my car air filter needs replacing?
To determine whether a car's air filter needs replacement, multiple aspects should be considered. First, inspect the filter element's appearance. A new filter is typically white or light gray; if there are visible black spots, dirt accumulation, or it remains grayish-black after cleaning, this indicates the filter has reached its saturation point and requires immediate replacement. Second, monitor vehicle performance changes. Symptoms like sluggish acceleration, rough engine operation, darker exhaust emissions, or abnormal fuel consumption increases may all stem from restricted airflow due to a clogged filter. Difficulty starting the engine or illumination of the engine warning light also warrants filter inspection. For different engine types, replacement intervals vary: naturally aspirated engines should have their filters replaced every 15,000-20,000 km or annually, while turbocharged engines - being more sensitive to air quality - require more frequent replacement every 10,000-15,000 km or every 6-12 months. However, actual replacement cycles should be adjusted based on driving conditions; frequent travel on dusty roads necessitates more frequent replacements. If the filter shows any physical damage or deformation, immediate replacement is mandatory regardless of usage duration to maintain optimal engine protection.
Q
Will changing the air filter improve my car's AC?
Replacing the car's air conditioning filter can indeed significantly enhance the performance of the AC system and improve in-vehicle air quality. The primary function of the air conditioning filter is to purify incoming air by trapping harmful particulates such as dust, pollen, and PM2.5. A clogged filter restricts airflow, diminishes cooling/heating efficiency, and may generate unpleasant odors, compromising ride comfort. Regular filter replacement not only restores optimal airflow but also prevents mold formation caused by filter saturation, thereby safeguarding respiratory health. It's advisable to adjust replacement frequency based on driving conditions—for instance, shortening intervals in dusty or humid regions. The standard recommendation is every 10,000-20,000 kilometers or annually. Opting for multi-effect filters with activated carbon layers provides additional exhaust fume and odor absorption, particularly beneficial for urban traffic congestion. DIY filter replacement is straightforward, typically costing between 50-150 Malaysian Ringgit, making it a highly cost-effective maintenance procedure.
Q
What are the signs of a dirty air filter?
The signs of a dirty air filter mainly include three aspects: abnormal engine operation, changes in the filter element's appearance, and decreased vehicle performance. When the filter element is clogged, the engine will experience insufficient air intake, manifesting as sluggish acceleration, weak operation, thick black exhaust, and possibly accompanied by abnormal roaring sounds or increased vibration. Judging from the appearance, a new filter element is usually white or light gray. If it remains gray-black after cleaning the surface dust, or shows obvious dirt, damage, or deformation, immediate replacement is required. Regarding vehicle performance, common indicators include abnormal fuel consumption increase, difficulty in ignition and starting, and the engine light illuminating without apparent cause. Turbocharged engines have higher air quality requirements, so it is recommended to inspect and replace the air filter every 10,000 to 15,000 kilometers or every six months. For naturally aspirated engines, the interval can be extended to 15,000 to 20,000 kilometers or annually. However, frequent driving in dusty environments necessitates shorter maintenance intervals. Regular inspection of the filter element's condition can effectively prevent premature engine wear caused by impurity ingestion. It is advised to perform basic cleaning and maintenance every 5,000 kilometers to ensure optimal filtration efficiency.
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