What is the original engine oil model for Mitsubishi Outlander?

1 Answers
OwenRose
07/30/25 2:20am
The recommended engine oil model for Mitsubishi Outlander is 5W30. For later maintenance and oil changes, you can choose from brands such as Shell, Mobil, BP, Great Wall, Tongyi, Copton, Fuchs, Total, Castrol, and Kunlun. The official manual recommends 5W-30 full synthetic or 0W-20 full synthetic oil. The viscosity of engine oil changes with temperature, so special attention should be paid to its performance under both low and high temperatures. For example, in 5W-30, the first number indicates low-temperature fluidity. 5W means it can withstand low temperatures of -30°C. The smaller this number, the better the low-temperature fluidity, making cold starts smoother. The latter number represents the kinematic viscosity of the oil at 100°C. A higher value means the oil can maintain its viscosity index better at high temperatures, which can also be understood as better lubrication performance under high-temperature conditions. The method for changing the engine oil in a Mitsubishi Outlander is as follows: Wait for the engine temperature to cool down, allowing the oil to flow back into the oil pan; Use a wrench to loosen the oil drain plug and place an oil pan to catch the old oil until no more oil flows out. Start the engine and let it run for 30 seconds to allow the oil in the main oil passage to drain out; Remove the oil filter using a specialized wrench; Apply oil to the oil seal of the new oil filter and tighten it clockwise by hand; Add the new oil through the oil filler cap on the engine valve cover. Generally, fill up to three-quarters of the oil container; Start the engine and let it run for 5 minutes, checking for any leaks around the oil drain plug and oil filter. If leaks are found, repairs should be made; After stopping the engine, pull out the oil dipstick to check if the engine oil level is within the standard range.
Was this review help?
3
0
Share
More Forum Discussions

What is the Difference Between Iridium Spark Plugs and Iridium-Platinum Spark Plugs?

The differences between platinum spark plugs and iridium-platinum spark plugs lie in their service life, fuel efficiency, and power enhancement. Iridium-platinum spark plugs outperform platinum spark plugs in terms of performance. The better the material of the spark plug, the longer its service life. You can choose the material and model of the spark plug based on the engine. Below are the replacement cycles for spark plugs made of different materials: 1. The lifespan of standard spark plugs is 20,000 kilometers. They can still be used beyond 20,000 kilometers, but it is recommended not to exceed 40,000 kilometers. Otherwise, the ignition efficiency will decline, leading to a decrease in engine power. 2. The lifespan of single-platinum spark plugs is 50,000 to 80,000 kilometers. They require regular replacement. Performance degradation of single-platinum spark plugs manifests as normal anode conditions, cathode erosion, and changes in the ignition gap. 3. The lifespan of iridium spark plugs is 50,000 kilometers. Performance degradation is indicated by cathode erosion, which causes changes in the ignition gap and reduced stability. Regular replacement is recommended. 4. The lifespan of iridium-platinum spark plugs is 80,000 to 100,000 kilometers. Performance degradation typically appears as aging of the ceramic insulation, leading to air leakage, reduced cylinder pressure, insufficient power, increased fuel consumption, and poorer efficiency. Regular replacement is advised. 5. The theoretical lifespan of double-iridium spark plugs exceeds 100,000 kilometers. They are currently the best-performing spark plugs, featuring rapid ignition, strong power, and a long service life. Regular replacement is recommended.
1
3
Share

At what mileage should spark plugs generally be replaced in a car?

Under normal maintenance conditions, spark plugs should be replaced after driving 40,000 to 60,000 kilometers. However, this may vary depending on the brand and engine type, so it is recommended to follow the user manual. The following standards can be referenced for maintenance and replacement: platinum spark plugs should be replaced at 40,000 kilometers, ordinary nickel alloy spark plugs at 20,000 kilometers, and iridium spark plugs at 60,000 to 80,000 kilometers. Damaged spark plugs may exhibit the following symptoms: difficulty starting the engine, reduced power, excessive exhaust emissions, and increased fuel consumption. Steps for replacing spark plugs: Open the hood and lift the plastic cover of the engine. Remove the high-voltage ignition wires, marking each cylinder's position to avoid confusion. Use a spark plug socket to remove the spark plugs one by one. While removing them, check for any external debris such as leaves or dust and ensure they are thoroughly cleaned. Place the new spark plugs into the spark plug holes, hand-tighten them a few turns, and then use the socket to tighten them further. Reinstall the high-voltage ignition wires in the correct firing order and secure the cover.
18
0
Share

What materials are needed to renew an expired driver's license?

An expired driver's license can be renewed within six months. The time regulations for renewing a driver's license are as follows: If the license has been expired for less than one year, it can be renewed normally; if it has been expired for more than one year but less than three years, the license will be canceled, but it can be renewed by passing the subject one exam; if it has been expired for more than three years, the license will become invalid and cannot be renewed. Renewal and inspection must meet the following conditions: The holder of a large passenger vehicle, tractor, city bus, medium-sized passenger vehicle, or large truck driver's license has no demerit points in the current scoring cycle, or the holder of other types of driver's licenses has not accumulated 12 demerit points in the current scoring cycle; The holder of a large passenger vehicle, tractor, city bus, medium-sized passenger vehicle, or large truck driver's license has demerit points in a scoring cycle, or the holder of other types of driver's licenses who has caused a traffic accident resulting in death and bears equal or greater responsibility without having their driver's license revoked has participated in the inspection education; The applicant has no pending road traffic safety violations or traffic accidents; The applicant's physical condition meets the driving license requirements; The driver's license is not seized, detained, temporarily suspended, revoked, canceled, or rescinded by law.
18
4
Share

What are the precautions for the Subject 2 driving test?

Precautions for the Subject 2 driving test are as follows: First, ensure adequate sleep. The night before the exam, make sure to rest well to avoid involuntary nervousness or dizziness during the test the next day. Second, bring your ID card. You must carry your ID card to the exam; without it, you cannot participate. Third, prepare properly. When you get into the test vehicle, remember to adjust the seat and mirrors to the most comfortable and convenient position for you. Unfamiliarity with the mirrors and seat can directly affect your judgment during the test. Fourth, control your speed when reversing into the parking space. Remember, it's better to turn the steering wheel early rather than late, and anticipate the reference points to leave room for adjustments. Fifth, maintain a slow and steady speed when parallel parking. Sixth, for curve driving, try to enter close to the outer side of the curve, turn the steering wheel slowly, and observe the mirrors to avoid the rear wheels crossing the line. Seventh, for right-angle turns, assess the relationship between the car and the corner, find the optimal point, and turn directly without delay to prevent crossing the line. Eighth, for hill starts, remember to turn on the left indicator light and carefully control the clutch to prevent the car from stalling or rolling backward.
10
4
Share

What are the differences between purchasing National 5 and National 6?

National 5 and National 6 have the following differences: 1. Different carbon monoxide emissions: National 5 has a carbon monoxide emission of 1,000 milligrams; National 6 has a carbon monoxide emission of 700 milligrams. 2. Different emission limits: The emission limit for National 5 is 0.0045 grams per kilometer; for National 6, it is 0.0025 grams per kilometer. 3. Different issuing departments: The National 5 standard was issued by the Ministry of Environmental Protection, while the National 6 standard was issued by the Ministry of Environmental Protection and the General Administration of Quality Supervision, Inspection and Quarantine. 4. Different letter representations: National 5 is represented by V, and National 6 is represented by VI. Both National 5 and National 6 are regulations that limit the content of harmful gases such as carbon monoxide, hydrocarbons, nitrogen oxides, particulate matter, and carbon smoke emitted from vehicle exhaust.
3
3
Share

What Causes Vehicle Body Shaking at Idle Speed?

There are primarily four major reasons for vehicle body shaking at idle speed: 1. Severe engine carbon buildup. When there is excessive carbon buildup inside the engine, the gasoline sprayed by the cold start fuel injector will be largely absorbed by the carbon deposits, resulting in an overly lean air-fuel mixture during cold starts and making it difficult to start. The solution is to clean the fuel system and check if the idle speed control valve has carbon buildup that needs cleaning. 2. Ignition system issues. Inspect the working condition of the spark plugs, high-voltage wires, and ignition coils. The solution is to check if the spark plugs have excessive carbon buildup and replace them if necessary. 3. Unstable fuel pressure. If you have already cleaned the engine carbon deposits, cleaned the throttle body, replaced the fuel pads and spark plugs, but still notice body shaking at idle speed, you need to visit a 4S shop to check whether the fuel supply pressure and intake pressure sensor are functioning properly. Abnormal fuel pump supply pressure or incorrect readings and poor performance of the intake pressure sensor can all cause body shaking. The solution is to check the fuel pressure and replace components if necessary. 4. Aging engine components. Engine mounts are the shock absorption system of the engine, responsible for absorbing minor vibrations during engine operation. If the engine mounts are faulty, these vibrations will be transmitted to the steering wheel and the cabin, causing shaking at idle speed.
17
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.