Q

toyota vts price

If you're looking at the Toyota Vios VTS, you're looking at a price tag that sits roughly between RM 80k and RM 90k here in Malaysia. Of course, that number can move around a bit depending on the dealer you visit, any extra bits you want to add on, and whatever promotions are running at the time—so it’s always worth checking with your local showroom for the latest deals. The Vios VTS isn’t just your regular Vios; it’s the sportier pick of the bunch. Under the hood, you’ve got a 1.5L Dual VVT-i engine pushing out 107 horsepower and 140Nm of torque, paired with a CVT gearbox. It’s a solid balance—you get decent fuel economy without feeling like you’re missing out on the fun stuff. Perfect if you’re a younger driver who wants that sporty vibe without sacrificing practicality. Toyota’s made sure it looks the part too. There’s a unique body kit, blacked-out alloy wheels, and those red stitching details inside—all little touches that shout “sporty” without going over the top. And on the tech side, you’re getting a 7-inch touchscreen, reverse camera, and 6 airbags as standard. For the price, that’s a pretty strong package when it comes to value. If you’re serious about this, do yourself a favor and head to a authorized Toyota dealer for a test drive—you’ll get the lowdown on current promos too. And hey, don’t limit yourself—cross-shop with the Honda City RS or Proton X50. See which one really clicks with what you need. One thing to remember about Toyotas in Malaysia is their resale value stays pretty steady, and the Vios has always been a top-seller for a reason. Plus, with service centers all over the country, keeping it maintained won’t be a hassle. All things considered, it’s a solid choice if you want something reliable with a bit of attitude.
Special Disclaimer: This content is published by users and does not represent the views or position of PCauto.
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Related Q&A

Q
What is the main purpose of the exhaust system?
The main function of an automobile exhaust system is to efficiently process and discharge the exhaust gases generated by engine combustion, while reducing noise and minimizing environmental pollution. This system consists of components such as the exhaust manifold, exhaust pipe, catalytic converter, muffler, and tailpipe working in coordination. The exhaust manifold collects exhaust gases from each cylinder and delivers them to the catalytic converter through the exhaust pipe. The converter utilizes three-way catalytic technology to transform harmful substances like carbon monoxide and nitrogen oxides into harmless carbon dioxide, water, and nitrogen. The muffler substantially reduces exhaust noise through either sound wave cancellation or sound-absorbing structures. Ultimately, the tailpipe safely channels the purified exhaust gases outside the vehicle. Exhaust system design also involves backpressure optimization to enhance engine intake efficiency; for instance, V-type engines frequently employ a dual-exhaust configuration to improve exhaust flow. Regular inspection of the exhaust pipe's sealing integrity, the catalytic converter's effectiveness, and the muffler's condition is essential for maintaining system performance, ensuring compliance with environmental standards while prolonging the vehicle's service life.
StrongWillpowerStrongWillpowerFeb 4, 2026
Q
Is the exhaust system important?
The automotive exhaust system is an indispensable core component of a vehicle, and its importance is mainly reflected in three aspects. First, it collects exhaust gases from each cylinder of the engine through the exhaust manifold, transports them to the three-way catalytic converter via the exhaust pipe, and converts harmful substances such as carbon monoxide into harmless gases like carbon dioxide, ensuring compliance with environmental regulations. Second, the muffler in the system reduces exhaust noise to approximately 20-30 decibels through the principle of sound wave cancellation, significantly improving driving and riding comfort. Finally, as an end device, the exhaust tailpipe needs to ensure that exhaust gases are safely discharged outside the vehicle, preventing high-temperature gas backflow from damaging the engine. It is worth noting that the design of the exhaust system also affects engine performance; for example, equal-length exhaust manifolds can optimize airflow efficiency, while the working efficiency of the catalytic converter is directly related to fuel quality, so it is recommended to use fuel that meets the RON95 or higher standard. If exhaust abnormal noise or power reduction occurs, it may be due to muffler perforation or catalytic converter blockage, and timely maintenance should be carried out to avoid more serious mechanical damage.
SolarFlareSolarFlareFeb 3, 2026
Q
What is in the exhaust of a car?
Automobile exhaust is primarily composed of harmless components and harmful pollutants. Among them, nitrogen accounts for approximately 71%, carbon dioxide about 14%, and water vapor around 13%, which are normal combustion byproducts. The harmful constituents include carbon monoxide (CO), nitrogen oxides (NOx), hydrocarbons (HC), sulfur dioxide (SO₂), lead-containing compounds, and particulate matter (PM2.5/PM10). Although their combined concentration constitutes merely 1%, their impact is substantial. Carbon monoxide impairs blood's oxygen-carrying capacity; nitrogen oxides irritate the respiratory system and contribute to acid rain formation; among hydrocarbons, 32 polycyclic aromatic compounds such as benzo[a]pyrene are carcinogenic; while particulate matter can adsorb heavy metals and deposit deep within the lungs. Additionally, although carbon dioxide in exhaust is non-toxic, it remains the principal contributor to the greenhouse effect. Black smoke emission indicates incomplete fuel combustion; white smoke may result from coolant entering the combustion chamber; and blue smoke signifies abnormal engine oil combustion. To mitigate exhaust pollution, regular vehicle maintenance (including inspection of the three-way catalytic converter), use of compliant fuels, and avoidance of aggressive driving behaviors like sudden acceleration are recommended. Modern vehicles compliant with Euro 6 or China 6 emission standards achieve significant pollutant reduction through optimized combustion technologies and advanced exhaust aftertreatment systems.
HappyOctopusHappyOctopusFeb 3, 2026
Q
Is the exhaust system connected to the engine?
The exhaust system of an automobile is indeed directly connected to the engine, with the connection point located at the exhaust manifold on the engine cylinder head. As the starting component of the exhaust system, the exhaust manifold is tightly connected to the engine cylinder block via a flange, responsible for collecting the exhaust gases generated after combustion in each cylinder and directing them into the exhaust pipe. This rigid connection ensures the efficient transmission of high-temperature and high-pressure exhaust gases. Meanwhile, the design of the exhaust manifold needs to balance between reducing exhaust resistance and avoiding exhaust interference between cylinders to optimize engine performance. The entire exhaust system consists of components such as the exhaust manifold, exhaust pipe, catalytic converter, muffler, and tailpipe. In particular, V-type engines employ a dual-exhaust manifold design to connect two separate exhaust systems. If the exhaust system develops leaks or becomes clogged, it may lead to problems such as decreased engine power, increased fuel consumption, or abnormal emissions. Therefore, regular inspection of the exhaust manifold gasket sealing and system integrity is crucial for maintaining vehicle performance.
AimAimFeb 3, 2026
Q
What happens when exhaust fails?
When the exhaust system malfunctions, the vehicle will exhibit various abnormal phenomena, including changes in exhaust color, increased noise, reduced power, and higher fuel consumption. If the exhaust is black, it is usually due to incomplete fuel combustion, which may be caused by a clogged air filter or faulty fuel injectors; blue exhaust indicates engine oil burning, commonly seen with worn piston rings or aged valve stem seals; white thick smoke may result from a damaged cylinder head gasket allowing coolant to leak into the combustion chamber. A sudden increase in exhaust noise often stems from damaged sound-absorbing materials inside the muffler or a cracked exhaust pipe, causing the airflow impact sound to be directly emitted. Reduced power occurs because retained exhaust gas impedes the intake of fresh air-fuel mixture, lowering combustion efficiency, while increased fuel consumption results from the engine compensating for power loss by increasing fuel injection. Additionally, failure of the three-way catalytic converter will trigger the malfunction indicator light, leading to diminished exhaust purification capacity and potentially affecting compliance with emission inspections. Exhaust pipe corrosion perforation or oxygen sensor failure will also exacerbate the problem—the former causing exhaust leaks and noise, while the latter leads to improper fuel metering. It is recommended that vehicle owners regularly inspect the exhaust system, use approved fuel, and perform timely repairs to prevent cascading component damage, ensuring the vehicle meets performance and environmental standards.
DandelionWishMakerDandelionWishMakerFeb 3, 2026
Q
What does a full exhaust system consist of?
A complete exhaust system mainly consists of three major parts: the exhaust manifold, the mid-pipe, and the tailpipe. The exhaust manifold is directly connected to the engine cylinder head and collects the exhaust gases from each cylinder after combustion through branched pipelines. Its key components include a three-way catalytic converter for purifying exhaust gases and an oxygen sensor for monitoring the air-fuel ratio. The mid-pipe runs through the chassis as an exhaust gas transmission channel. It typically features a double-layer corrugated pipe design with a steel wire mesh sleeve, secured with clamps to enhance flexibility and durability. The material is predominantly SUS304 stainless steel, known for its high temperature and corrosion resistance. The tailpipe is located near the rear bumper. Its built-in muffler reduces noise through multi-channel airflow diversion. Some high-performance models employ specially shaped mufflers like S-type and G-type to optimize exhaust efficiency. The entire system accomplishes exhaust gas collection, purification, noise reduction, and emission through precise coordination. The corrugated pipe structure effectively absorbs vehicle vibrations, while the three-way catalytic converter transforms harmful gases into harmless substances, complying with environmental regulations. Notably, exhaust system design must balance back pressure and exhaust efficiency. Excessively low back pressure may impair low-RPM torque output, necessitating comprehensive consideration of the vehicle's power characteristics during modifications.
BreezydayBreezydayFeb 3, 2026
Q
How much money to fix car suspension?
The maintenance cost of car suspension varies significantly depending on the vehicle model, suspension type, component quality, and service location. For standard vehicles, replacing a single suspension component typically costs between 280 to 600 Malaysian Ringgit. A complete suspension replacement at an authorized 4S dealership ranges from 1800 to 2500 Malaysian Ringgit, while independent repair shops charge approximately 900 to 1200 Malaysian Ringgit. MacPherson strut suspensions, owing to their simpler design, incur lower maintenance costs of about 2000 to 5000 Malaysian Ringgit. In contrast, multi-link suspensions with more complex structures command higher repair fees of 3000 to 8000 Malaysian Ringgit. Premium systems like air suspensions demonstrate substantially elevated maintenance expenses: basic retrofitting starts around 20,000 Malaysian Ringgit, while professional-grade modifications may exceed 100,000 Malaysian Ringgit. Regarding components, standard-brand shock absorbers offer economical pricing, whereas performance-oriented brands such as Bilstein may cost 1000 to 5000 Malaysian Ringgit per unit. Vehicle owners are advised to select either manufacturer-authorized or third-party service providers based on actual requirements, prioritizing component reliability to optimize the cost-performance ratio. Implementing regular maintenance can prolong suspension lifespan up to five years, and minimizing travel on rough terrain effectively reduces component degradation.
AmberSunsetWatcherAmberSunsetWatcherFeb 3, 2026
Q
How long does car suspension repair take?
The time required for car suspension repair usually depends on the extent of damage and the type of repair. A standard suspension repair (such as replacing shock absorbers or springs) takes approximately 2 to 4 hours at a professional repair shop. If complex systems like multi-link or air suspension are involved, it may take half a day to a full day. The repair time is also affected by parts availability; if genuine parts need to be ordered, the process may be extended by 1 to 3 days. For a conventional MacPherson suspension, a skilled technician can complete a single-side replacement within 3 hours, while 4S shops may take slightly longer due to standardized procedures but offer greater reliability. Air suspension repairs for high-end models typically require 6 to 8 hours or more due to necessary system calibration. Car owners are advised to schedule appointments in advance and verify parts availability to prevent delays. Prompt suspension system repairs are critical as they directly impact driving stability and ride comfort, while regular inspections can help prevent unexpected failures.
SunnySoulSparkleSunnySoulSparkleFeb 2, 2026
Q
Is it worth replacing car suspension?
Whether it is worth replacing a car's suspension system requires a comprehensive consideration of the vehicle's condition, driving needs, and maintenance costs. For ordinary family cars, the cost of replacing a single suspension component (such as shock absorbers or springs) through non-original channels is approximately 280 to 380 ringgit, while original parts cost around 600 ringgit. Replacing the entire system at a 4S shop costs about 1800 to 2500 ringgit, and independent repair shops can save 30% to 50% of the cost. If the suspension produces metallic abnormal noises, the car body tilts significantly, or the tires exhibit abnormal wear (with a tread depth difference on one side exceeding 1.5mm), it is recommended to inspect and repair immediately; otherwise, it may accelerate tire wear (increasing the abnormal wear rate by 300%) and compromise driving safety. For Japanese cars with a mileage of 80,000 to 100,000 kilometers or German cars with 60,000 to 80,000 kilometers, aging shock absorbers are normal, and regular maintenance can preserve the vehicle's residual value (increasing it by 15%-20%). The maintenance cost for air suspension in luxury models is relatively high, with single-part replacement potentially costing 5,000 to 20,000 ringgit, so original parts should be prioritized to ensure compatibility. It is recommended that car owners perform basic suspension inspections (including shock absorber oil seals and bushing lubrication) every 10,000 kilometers and complete thorough maintenance (such as damping coefficient testing) at 40,000 kilometers. Daily faults can be predicted by observing the vehicle's straightness deviation (<2cm) or its roll angle when cornering at 60km/h (<5°).
HappyHareHappyHareFeb 2, 2026
Q
What is the lifespan of car suspension?
The service life of a car's suspension system is typically 5 to 10 years, depending on the suspension type, operating environment, and maintenance conditions. Traditional coil spring suspensions can last up to 10 years under good road conditions with regular maintenance, while more complex variable suspensions and air suspensions have shorter lifespans, approximately 5 to 6 years or 100,000 to 150,000 kilometers. Since air suspensions use compressed air to adjust height and damping, components such as rubber vibration isolation pads are prone to aging. If the vehicle is parked for extended periods or frequently driven on rough roads, the service life may be reduced to 3 to 5 years. Key factors affecting service life include driving frequency (high-frequency use should be paired with smooth paved roads), road condition quality (rough roads accelerate component wear), and maintenance (regular inspection of shock absorbers and replacement of worn bushings). For instance, urban commuter vehicles that undergo suspension component inspections every six months and timely replacement of worn parts can significantly extend performance stability. It should be noted that air suspension maintenance costs are relatively high, with a single replacement potentially costing thousands to tens of thousands of ringgit. Therefore, it is recommended that car owners adhere to the manufacturer's maintenance schedule and avoid overloading to balance comfort and long-term cost-effectiveness.
PrettyButterflyPrettyButterflyFeb 2, 2026

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Latest Q&A

Q
Is it better to polish or wax a car?
Polishing and waxing are two distinct car paint maintenance methods with different functions, and the choice between them should be based on the vehicle's condition. Waxing serves as routine protection by forming a protective film on the paint surface to shield against UV rays, acid rain, and dust while enhancing gloss. It is easy to apply and causes no damage to the paint, making it advisable to perform every 2-3 months. Polishing, however, is a corrective process that removes oxidation, swirl marks, or deeper scratches through abrasion, but it reduces the clear coat thickness. This procedure should be limited to 1-2 times annually, particularly avoided for new cars or vehicles with thin paintwork. When the paint merely lacks luster without visible scratches, waxing should be prioritized; professional polishing should only be considered for noticeable imperfections, with strict frequency control to prevent excessive paint wear. Properly combining both methods can effectively prolong the paint's lifespan and preserve the vehicle's aesthetic appeal over time.
ForestTrailForestTrailFeb 4, 2026
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What does it mean to wax your car?
Car waxing refers to uniformly applying a layer of waxy protective coating on the cleaned car paint surface, forming a transparent protective film with a thickness of approximately 1-3 microns. Its core function is preventive maintenance rather than repair. This wax film can effectively shield the clear coat from erosion by environmental factors such as ultraviolet rays, acid rain, and tree sap. Simultaneously, it enhances the paint surface's reflectivity by filling microscopic pores, maintaining the vehicle's mirror-like gloss. Unlike polishing, which requires professional equipment and removes 5-10 microns of the clear coat, waxing has a lower operational threshold. Car owners can apply it themselves using a sponge in circular motions. The cost of mainstream synthetic or carnauba wax ranges approximately 50-200 Malaysian Ringgit, with recommended reapplication every 6-8 weeks to sustain the effect. Note that waxing only temporarily conceals hairline scratches. For damages penetrating the clear coat, polishing remains necessary. However, frequent polishing will thin the factory paint. Therefore, scientific maintenance should adhere to the principle of "waxing as primary care, polishing as secondary treatment." New vehicles can rely solely on regular waxing for maintenance during the first two years.
WonWonFeb 4, 2026
Q
Is it good to wax your car?
Car waxing indeed offers significant benefits for vehicle maintenance, primarily manifested through five core functions. Firstly, the polishing effect enhances paint surface gloss, restoring the vehicle's showroom-quality luster, while particularly preventing paint fading from prolonged sun exposure in tropical climates. Secondly, its water-repellent properties reduce water droplet adhesion by 60%-90%, effectively protecting against acid rain erosion - especially crucial in rainy regions. Thirdly, the wax's protective film reflects UV rays and slows paint oxidation; outdoor-parked vehicles should be waxed monthly, while garage-kept cars can extend intervals to 3-4 months. Additionally, its anti-static characteristics minimize dust accumulation, reducing washing frequency, while abrasive waxes can remedy minor scratches. Note that factory-applied protective wax on new vehicles makes regular waxing unnecessary for the first 3 months, and application should avoid plastic trim and glass. Professional application ensures more uniform coverage than DIY methods, and selecting non-abrasive wax formulations better preserves metallic finishes. Overall, proper waxing represents a cost-efficient paint maintenance solution, though frequency should adapt to parking conditions.
ShadowSprintShadowSprintFeb 4, 2026
Q
Is 304 or 316 better for exhaust?
When it comes to selecting materials for automotive exhaust pipes, 316 stainless steel offers greater advantages over 304, primarily due to its 2%-3% molybdenum content that significantly enhances corrosion resistance—particularly against acidic compounds in high-temperature exhaust gases and salt spray erosion in coastal regions. With higher nickel content (10%-14%), 316 maintains structural stability under sustained high-temperature conditions (exceeding 800°C), whereas 304 may suffer from oxidation-induced embrittlement during prolonged high-temperature exposure. Despite being 20%-30% more expensive than 304, 316's superior resistance to chloride ion corrosion proves critical for exhaust systems subjected to prolonged moisture exposure or frequent short-trip operation (where condensate accumulates). While 304 remains adequate for regular inland road use given its cost-effectiveness and fundamental corrosion resistance, high-performance vehicles or modified exhaust systems should opt for 316 to withstand elevated exhaust temperatures and demanding operating conditions. Note that some market products labeled as "316" may lack standardized molybdenum content; verification through material certification documents is essential during procurement.
AceAceFeb 4, 2026
Q
What is the best material for a car exhaust?
The optimal material selection for automotive exhaust pipes requires a comprehensive consideration of performance, durability, and cost factors. Stainless steel SUS304 is currently the most recommended material. This material exhibits excellent corrosion resistance and heat resistance, capable of withstanding high-temperature exhaust gases and resisting erosion from humid environments, with a service life typically exceeding 5 years. Meanwhile, its thin-wall design can reduce weight by approximately 5 kilograms, helping to improve fuel efficiency. Compared with ordinary steel materials that are prone to rusting and may delaminate within 1 year, stainless steel exhaust pipes can maintain smooth exhaust flow during long-term use, avoiding power loss and increased fuel consumption. For car owners pursuing higher performance, titanium alloy is a lighter-weight option (about 40% lighter than stainless steel) with enhanced corrosion resistance, but its significantly higher cost makes it more suitable for modified cars or high-performance models. The material of the exhaust pipe directly affects exhaust emission efficiency, engine sound quality, and overall maintenance costs. Therefore, it is recommended to prioritize stainless steel products from reputable brands, ensuring proper welding techniques and structural stability to achieve the optimal balance.
CuteySmileCuteySmileFeb 4, 2026
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