Q
What's the fuel consumption of Mitsubishi ASX?
According to official data and feedback from vehicle owners, the fuel consumption of the Mitsubishi ASX is approximately between 7.5L and 9.5L per 100km. The specific figure depends on driving habits, road conditions, engine type (1.6L or 2.0L), and transmission (manual or CVT). For example, the 1.6L manual - transmission version may consume around 8.5 - 9L in city driving, while the 2.0L CVT can achieve as low as about 7.5L when cruising on the highway. The traffic congestion in Malaysia, especially in big cities like Kuala Lumpur, can lead to an increase in fuel consumption. On the other hand, smooth driving and regular maintenance (such as replacing the air filter and inflating the tires) can help optimize fuel efficiency. When compared with SUVs in the same class, the ASX's fuel consumption is at a medium level. It's slightly higher than some turbo - charged models, but its maintenance cost is lower. It is recommended that potential car owners observe the real - time fuel consumption display during test drives or refer to the sharing of local forum owners to get data closer to actual usage.
Special Disclaimer: This content is published by users and does not represent the views or position of PCauto.
Related Q&A
Q
What tyre pressure for 2018 Mitsubishi ASX?
The recommended standard tire pressure for the 2018 Mitsubishi ASX usually ranges from 32 to 35 psi (pounds per square inch). The specific value may vary slightly depending on the vehicle configuration, tire size, or load. Owners can refer to the vehicle's user manual or the label on the driver's door frame to get accurate information.
In Malaysia's tropical climate, tire pressure will rise slightly due to high temperatures. Therefore, it is recommended to check and adjust the tire pressure in the morning or when the tires are cool to ensure driving safety and fuel efficiency. Proper tire pressure can not only extend the tire life but also improve the vehicle's handling and comfort. On the contrary, too high or too low tire pressure may lead to uneven tire wear, reduced grip, and even the risk of tire blow - out.
If you often drive long - distance or carry heavy loads, you can consider slightly increasing the rear tire pressure to the upper limit of the recommended range, but avoid exceeding the maximum pressure rating marked on the tire. Regularly checking tire pressure is an important part of vehicle maintenance. It is recommended to check at least once a month and use a reliable tire pressure gauge or the professional equipment at gas stations for measurement.
Q
Is the 2018 Mitsubishi ASX a 4x4?
The 2018 Mitsubishi ASX available in the Malaysian market doesn't come standard with a four - wheel drive (4x4) system. Instead, it mainly features front - wheel drive (FWD), which is different from the 4WD versions offered in some overseas markets. As a compact SUV, the ASX focuses on fuel economy and practicality for city driving. Its power combination of a 2.0 - liter MIVEC engine paired with a CVT transmission is more suitable for daily commuting. If you need the 4x4 function, you can consider other Mitsubishi models like the Triton pickup or the Pajero Sport, which are designed for off - road use and are more popular in the local market.
It's worth noting that Malaysian consumers usually pay more attention to on - road performance and cost - effectiveness when choosing an SUV. The positioning of the ASX exactly meets this demand, and its low maintenance cost and reliable quality are also the reasons for its popularity. For users who occasionally need light off - road driving, it's recommended to focus on the vehicle's ground clearance (the ASX has about 195mm) and electronic assistance systems, rather than insisting on a four - wheel drive configuration. After all, the 4x4 systems of most city SUVs are used less frequently and will increase the purchase and maintenance costs.
Q
Does the 2018 Mitsubishi ASX have a 360 camera?
The 2018 Mitsubishi ASX didn't come standard with a 360 - degree panoramic camera in the Malaysian market. At that time, the model mainly offered a reversing camera as an auxiliary driving configuration. The more advanced 360 - degree surround - view imaging system usually appeared in the top - of - the - line versions or subsequent facelifted models. If car owners wish to upgrade this function, they can install it through the original manufacturer or third - party certified modification plans, but they need to pay attention to compatibility and warranty terms.
The 360 - degree camera achieves all - round monitoring through multi - lens splicing technology, which is especially useful for parking in narrow roads or off - road scenarios. In recent years, it has become a popular configuration for SUVs in the Malaysian market. For example, models like the Proton X90 and Toyota Corolla Cross both offer similar functions.
It is recommended that consumers confirm the original factory configuration list with authorized dealers via the VIN code before purchasing a used car or making modifications, or refer to the automotive specification manuals recognized by MITI to obtain accurate information. The popularity of such driving - assistance technologies also reflects the increasing demand for driving safety among Malaysian consumers. Additionally, it is advisable to regularly clean the camera lenses to ensure clear imaging.
Q
Does the 2018 ASX have Apple CarPlay?
Some models of the 2018 Mitsubishi ASX in the Malaysian market are indeed equipped with the Apple CarPlay function. However, it specifically depends on the vehicle's configuration level. It is recommended that car owners check the original factory specification sheet or directly contact Mitsubishi's Malaysian dealers to confirm whether their vehicles support this function, as there may be differences in configurations across different regions. As an intelligent in-vehicle system, Apple CarPlay can connect to an iPhone via USB to enable functions such as navigation, music playback, and making calls, significantly enhancing driving convenience. It should be noted that if your ASX does not come pre-installed with this function, you can later achieve it by upgrading the head unit or installing an additional module. However, it is essential to choose an officially certified modification plan to ensure compatibility and driving safety. Other SUVs in the same class, such as the Honda HR - V or the Mazda CX - 3, also gradually popularized smartphone connectivity functions around the same time, which reflects the trend of automotive technology towards intelligent development. In Malaysia's hot and rainy climate, when using CarPlay, it is advisable to keep your phone and the in-vehicle system updated to the latest versions to avoid device malfunctions caused by high temperatures. Additionally, the anti-glare design of the original factory screen can also improve operational safety under the scorching sun.
Q
What are the features of the Mitsubishi ASX 2018?
The 2018 Mitsubishi ASX is a highly - regarded compact SUV in the Malaysian market. Its main features include a stylish exterior design. It adopts Mitsubishi's family - style Dynamic Shield front face, paired with LED daytime running lights and 18 - inch wheels. The overall shape is both dynamic and practical.
In terms of the interior, the 2018 ASX is equipped with a 7 - inch touchscreen infotainment system that supports Apple CarPlay and Android Auto, making it convenient for users to connect their smartphones. It also offers a reverse camera and a multifunctional steering wheel to enhance driving convenience.
Regarding power, it is powered by a 2.0 - liter MIVEC four - cylinder gasoline engine with a maximum output of 150 horsepower. Matched with a CVT transmission, it provides a smooth driving experience. There are both front - wheel drive and four - wheel drive versions available, which are suitable for urban commuting and light off - road needs.
In terms of safety configuration, the 2018 ASX comes standard with 7 airbags, ABS, EBD, and a vehicle stability control system to meet daily safety requirements. For Malaysian consumers, the 2018 ASX also has relatively economical fuel consumption, making it suitable for family use. Meanwhile, its high ground clearance and reliable suspension system can adapt to the diverse local road conditions.
It's worth mentioning that Mitsubishi ASX has a well - established after - sales service network in the Malaysian market, providing additional assurance for car owners. This vehicle offers outstanding cost - effectiveness among its peers, making it suitable for consumers with a limited budget who still pursue practicality and brand reliability.
Q
What is the fuel consumption of a 2018 Mitsubishi ASX?
The fuel consumption of the 2018 Mitsubishi ASX varies depending on the specific model and driving conditions. According to official data, the version with a 2.0-liter naturally aspirated engine paired with a CVT transmission consumes about 8.5 - 9.2 liters per 100 kilometers in city driving conditions. When driving on the highway, it can drop to 6.3 - 6.8 liters per 100 kilometers, and the combined fuel consumption is approximately 7.2 - 7.6 liters per 100 kilometers. The actual fuel consumption is also affected by driving habits, road conditions, and the vehicle's maintenance status.
For users in Malaysia, considering the hot local climate and frequent traffic congestion, it is recommended to have the vehicle regularly maintained and keep the tire pressure at an appropriate level to ensure fuel efficiency. In addition, using the air - conditioning system reasonably and avoiding sudden acceleration and braking can also effectively reduce fuel consumption.
As a compact SUV, the Mitsubishi ASX is popular in the Malaysian market for its reliability and practicality. It is suitable for daily family use and long - distance travel. If you have higher requirements for fuel consumption, you can consider hybrid or pure - electric models. However, with the infrastructure support in Malaysia, traditional fuel - powered vehicles are still a convenient choice.
Q
How much power does a 2018 Mitsubishi ASX have?
The 2018 Mitsubishi ASX's powertrain configurations available in the Malaysian market vary by version. It is equipped with a 2.0-liter MIVEC naturally aspirated gasoline engine, with a maximum output power of 150 horsepower (110 kilowatts) and a peak torque of 197 Newton-meters. It is mated to a 5-speed manual or a CVT continuously variable transmission, and its power performance is suitable for urban driving and light off-road needs. This compact SUV continues Mitsubishi's tradition of durability. The chassis tuning balances comfort and stability, and its fuel economy meets the needs of Southeast Asian users.
It's worth mentioning that the exclusive Mitsubishi MIVEC variable valve timing technology used in the ASX can optimize power output and fuel consumption at different speeds. Meanwhile, Japanese competitors in the same class, such as the Honda HR-V or the Toyota C-HR, tend to have a more sporty tuning style, allowing consumers to choose according to their driving preferences.
In Malaysia's hot and rainy climate, it is recommended to regularly check the condition of the CVT transmission fluid to ensure long-term stable performance. Additionally, the five-year warranty policy provided by the manufacturer can offer extra protection for car owners.
Q
What size engine is in the 2018 Mitsubishi ASX?
The 2018 Mitsubishi ASX offers two gasoline engine options in the Malaysian market, namely the 1.6-liter and 2.0-liter MIVEC naturally aspirated engines. The 1.6-liter engine (model 4A92) can output 114 horsepower and 149 Nm of torque, while the 2.0-liter engine (model 4B11) provides 150 horsepower and 197 Nm of torque. Both are paired with the INVECS-III continuously variable transmission (CVT). This powertrain configuration balances the smoothness of daily driving and fuel economy.
It's worth mentioning that the MIVEC technology intelligently adjusts the valve timing and lift, optimizing the power output and fuel consumption at different engine speeds. It's very suitable for the usage scenarios in Malaysia, including city driving and occasional long - distance travels.
As a compact SUV from Mitsubishi, the engine displacement of the ASX is at the mainstream level among its peers. For example, the Honda HR - V also offers a 1.8 - liter engine option, while the Mazda CX - 3 uses a 2.0 - liter engine. Consumers can make a choice based on their own power requirements and road tax budget (in Malaysia, the higher the engine displacement, the higher the road tax).
In addition, the maintenance cost of the ASX is relatively affordable, and there is an abundant supply of local parts. This is also one of the factors considered by many Malaysian car owners.
Q
How much oil does a 2018 Mitsubishi ASX engine take?
The engine oil capacity of the 2018 Mitsubishi ASX varies depending on the engine model. The version equipped with the 1.6-liter 4A92 engine usually requires about 3.7 liters of oil (including the capacity when replacing the oil filter), while the version with the 2.0-liter 4B11 engine needs about 4.3 liters of oil. It is recommended to use 5W - 30 or 10W - 30 viscosity oil that meets the original factory specifications to ensure optimal performance.
In the hot and humid climate of Malaysia, regular oil changes are particularly important. Generally, it is recommended to change the oil every 5,000 to 10,000 kilometers or every 6 months. The specific interval can refer to the owner's manual or the advice of an authorized service center.
It should be noted that when changing the oil, the oil filter should be replaced at the same time, and the oil level should be between the MIN and MAX marks on the dipstick. Excessive or insufficient oil may affect the engine's lifespan. In addition, choosing synthetic oil with API SN or higher certification can provide better high - temperature protection performance, which is especially suitable for the high - temperature driving environment in Malaysia.
If you're not sure about the exact oil capacity of your vehicle, the safest way is to check the vehicle manual or consult a Mitsubishi authorized service center. They can offer professional advice based on your vehicle configuration.
Q
Is the 2018 Mitsubishi ASX AWD or 4WD?
The 2018 Mitsubishi ASX is available in two drivetrain versions in the Malaysian market: Front-Wheel Drive (FWD) and Four-Wheel Drive (4WD). However, it doesn't come with an All-Wheel Drive (AWD) system. The 4WD system of the ASX is a part-time four-wheel drive. Usually, it automatically distributes power to the rear wheels only when the front wheels start to slip. It's suitable for occasional encounters with slippery roads or light off-road situations, which is more than enough for Malaysia's rainy climate and urban commuting.
It's worth noting that the main difference between AWD and 4WD is that AWD is typically full-time and doesn't require manual switching, while 4WD is often used in off-road vehicles and may have a transfer case. Mitsubishi's 4WD system is well - known for its reliability and practicality. As a compact SUV, the 4WD version of the ASX strikes a good balance between fuel economy and passability. It's a great fit for Malaysian users who occasionally need to handle rough roads but don't want to sacrifice their daily driving comfort.
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Q
What are the five keys to brake maintenance?
The five core points of brake system maintenance include: First, regularly check the wear of brake pads and discs. It is recommended to inspect them every 5,000 kilometers. When the thickness of the brake pads approaches 5 mm or abnormal noises occur, they must be replaced. After replacement, a break-in period of 200 to 300 kilometers is required to achieve optimal braking performance. Second, brake fluid should be replaced every 20,000 to 40,000 kilometers or every 2 to 3 years. In humid areas, the interval should be shortened to 20,000 kilometers annually to maintain a stable boiling point and ensure moisture content does not exceed 3%. Third, maintain brake system cleanliness. Use specialized cleaners to remove oil and dust from brake discs, drums, and calipers to preserve heat dissipation efficiency. Fourth, routinely inspect brake lines and hoses. Immediate repairs are necessary if aging, leaks, or looseness are detected. Additionally, air must be bled from the lines to guarantee braking effectiveness. Finally, cultivate smooth driving habits by avoiding sudden stops and prolonged continuous braking. When descending mountain roads, utilize lower gears for supplemental braking. Note that emergency braking should be minimized during the first 1,000 kilometers of a new vehicle's break-in period. Any brake pulling or pedal abnormalities require prompt servicing to maintain system synchronization.
Q
How to fix ABS braking system faulty?
Repair of ABS brake system faults requires targeted measures based on specific causes. Common issues include dirty or damaged wheel speed sensors, abnormal signal wheels, circuit breaks or loose plug connections, and control unit malfunctions. First, diagnostic equipment should be used to read fault codes. If the sensor is dirty, it needs to be cleaned or the gap adjusted (the standard value is usually 0.3-1.0mm); if the sensor is damaged, it needs to be replaced, costing approximately 300-800 Malaysian Ringgit. For circuit problems, wire connections and fuses should be checked. If the ABS control unit is damaged, the repair cost may reach 2000-4000 Malaysian Ringgit. Additionally, the brake fluid level should be checked (if it is below the MIN mark, DOT4-compliant brake fluid needs to be added) and the power supply voltage (if it is below 10.5V, the system will shut down). If the hydraulic valve body has poor grounding, the contact surface should be cleaned and re-secured. Notably, using non-OEM specification tires or incorrect tire pressure can also cause speed signal deviation, triggering the ABS warning light. It is recommended to regularly inspect the brake system condition and avoid aggressive driving. If the warning light persists, professional repair services should be promptly contacted for diagnosis. While ABS failure doesn't affect basic braking functionality, it increases the risk of wheel lock-up on slippery surfaces.
Q
What is the most common cause of brake failure?
The most common cause of brake system failure is issues with brake fluid, including insufficient fluid level, deterioration, or air trapped in the lines, which leads to inadequate hydraulic pressure and reduced braking efficiency. The second most common cause is excessive wear of brake pads or warping of brake rotors, which directly affects friction performance. Additionally, piston wear in the master cylinder or wheel cylinders, fluid leaks caused by seal failure, and vacuum booster pump malfunctions can also significantly impair braking force. Notably, long-term lack of maintenance resulting in contamination buildup in the master cylinder or brake lines can obstruct fluid flow. Overloading causes the brake system to operate beyond capacity, accelerating brake overheating and failure. It is recommended to regularly inspect brake fluid condition (replace every 2 years or 40,000 kilometers), measure brake pad thickness (replace if below 3 millimeters), and monitor abnormal symptoms such as spongy brake pedal or increased pedal travel, as these often indicate early-stage malfunctions. In case of sudden brake failure while driving, remain calm, immediately activate hazard warning lights, downshift to utilize engine braking for deceleration, and progressively apply the parking brake to assist stopping, avoiding abrupt pulls that could cause wheel lock-up.
Q
How to tell if a caliper is sticking?
To determine whether the brake caliper is stuck, a comprehensive observation of multiple symptoms is required, including abnormal caliper retraction after braking, increased vehicle driving resistance, and abnormal brake system feedback. When the brake pedal is released, if there is still a noticeable drag on the wheels or abnormally increased resistance when pushing the vehicle, it may be caused by corroded caliper pistons or deteriorated seals preventing proper retraction. If the steering wheel pulls to one side during braking while driving, it typically indicates uneven braking force between the left and right calipers, requiring inspection of the wheel cylinder pistons for seizure. Irregular wear or severe vibration of the brake disc suggests incomplete release of the brake pads by the caliper. Additionally, sluggish pedal return accompanied by persistent braking force often indicates blockage in the caliper's hydraulic circuit or contaminated brake fluid. Long-unreplaced brake fluid tends to absorb moisture, accelerating internal corrosion of wheel cylinders. It is recommended to replace DOT4-compliant brake fluid every 2 years or 40,000 kilometers. If these symptoms are observed, promptly inspect the lubrication condition of caliper guide pins, piston seals, and brake pad retraction springs. When necessary, replace the repair kit or entire wheel cylinder to prevent increased fuel consumption or brake overheating failure due to dragging brakes. During routine maintenance, regularly clean calipers and inspect dust boot integrity. Particular attention should be paid to potential water ingress and corrosion of guide pins after rainy seasons.
Q
What does 12/32 mean for brakes?
The "12/32" on brake pads usually indicates their thickness specification, where "12" represents the initial thickness of a new brake pad (approximately 12 millimeters), while "32" may be an internal manufacturer code or a specific series number and is not an industry-wide standard. Brake pad thickness directly affects braking performance. The thickness of new pads generally ranges from 10 to 15 millimeters, and they must be replaced when worn down to 3 to 5 millimeters to avoid brake failure or damage to the brake disc. When choosing brake pads, priority should be given to materials (such as ceramic or semi-metallic) and friction coefficient grades (e.g., grade F is suitable for daily driving), while ensuring the product has certifications like ECE R90. It is recommended to regularly check the thickness and wear uniformity, and replace them in pairs to ensure braking balance. After replacement, a break-in period of 200 to 300 kilometers is required to optimize performance.
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