How Many Liters of Engine Oil Does the Lynk & Co 02 Require?

2 Answers
VonPenelope
08/29/25 2:30am
According to the manufacturer's manual, the Lynk & Co 02's recommended engine oil specifications are as follows: For the 1.5T version engine, it is recommended to use RBS0-2AE0W-20 engine oil; the oil capacity (with oil filter) is approximately 5.6L, and the oil capacity (without oil filter) is approximately 5.3L. For the 2.0T version engine, it is also recommended to use RBS0-2AE0W-20 engine oil; the oil capacity (with oil filter) is approximately 5.6L, and the oil capacity (without oil filter) is approximately 5.2L. To check the engine oil level: The oil level can be viewed on the dashboard. Without pressing the brake pedal, hold the start button alone for ten seconds, and the oil level will be displayed on the dashboard. When checking, ensure that all four wheels of the car are parked on the same level surface without any tilt. If the car body is tilted, the oil level in the oil pan will change, leading to inaccurate measurement results.
Was this review help?
12
2
Share
LorenzoRose
09/10/25 7:16am
I've been driving the Lynk & Co 02 for over three years now. I remember asking the technician during the first maintenance, and they mentioned the oil capacity is approximately 4.5 liters, but it depends on your specific engine model. I frequently check the dipstick myself - the normal oil level should be between the MIN and MAX marks. If it's too high, it increases engine resistance and fuel consumption; if too low, insufficient lubrication can damage components. Once I overfilled slightly, and the car made unusual noises after startup. I recommend using full synthetic oil as it withstands higher temperatures and extends oil change intervals. Generally, check every 5,000 kilometers or six months, and don't forget to replace the oil filter to maintain engine health. Temperature affects oil level, so it's best to measure when the engine is cold.
Was this review help?
9
3
Share
Expand All
More Forum Discussions

What is the leather material under the gear shift?

The leather material under the gear shift is the gear lever dust cover. Below are the classifications of car gear shifts: 1. Straight-line gear shift: This is the most common type, which is smooth and convenient to use. The driver can shift gears blindly. 2. Step-type gear shift: The difference from the straight-line gear shift is that the grooves are not straight but arranged in a staggered manner like steps, aiming to prevent driver misoperation. 3. Column-mounted gear shift: Most Mercedes-Benz cars use this type. The column-mounted gear shift is usually placed under the steering wheel, hidden to save space, and can be easily operated with fingers. 4. Rotary knob gear shift: Generally found in high-end cars, this type uses a rotary knob for shifting.
12
1
Share

Is Engine Braking the Same as Gear Shifting?

Engine braking is not the same as gear shifting; you need to shift gears first to utilize engine braking. The details are as follows: 1. Introduction: Engine braking refers to lifting the accelerator pedal without depressing the clutch, utilizing the compression resistance, internal friction, and intake/exhaust resistance generated by the engine's compression stroke to create a braking effect on the drive wheels. 2. Principle: Engine braking means keeping the gear engaged without applying throttle, so the engine provides no traction to the vehicle. Instead, the rotation of the wheels drives the transmission system, and the idling engine generates a counteracting resistance on the vehicle. Higher gears result in less resistance from the engine, while lower gears produce greater resistance. This distinguishes it from clutch braking, service braking, and parking braking.
15
1
Share

What does engine braking deceleration mean?

It refers to effectively controlling the vehicle speed by utilizing the resistance generated during engine operation. The specific details are as follows: 1. Introduction: Engine braking means lifting the accelerator pedal without depressing the clutch, using the compression resistance, internal friction, and intake/exhaust resistance generated by the engine's compression stroke to create a braking effect on the drive wheels. 2. Principle: Engine braking, which is keeping the gear engaged without supplying fuel, means the engine does not provide traction to the vehicle. On the contrary, as the wheels rotate and drive the transmission system, the idling engine generates a counteracting resistance to the vehicle. The higher the gear, the less the engine's effect on the vehicle, and vice versa. It is different from clutch braking, brake braking, parking braking, etc.
14
3
Share

What could be the reason for a normally running engine suddenly stopping?

It might be due to a malfunctioning sensor or a non-operational fuel pump, which requires diagnosis with a professional automotive decoder. Specific details are as follows: 1. Automotive Engine: It is the device that provides power to the vehicle, acting as the heart of the car, determining its power, fuel efficiency, stability, and environmental friendliness. Depending on the power source, automotive engines can be classified into diesel engines, gasoline engines, electric vehicle motors, and hybrids, among others. 2. Working Principle: A four-stroke gasoline engine mixes air and gasoline in a certain proportion to form a good mixture, which is drawn into the cylinder during the intake stroke. The mixture is then compressed, ignited, and burned to generate thermal energy. The high-temperature and high-pressure gases act on the top of the piston, driving it to perform reciprocating linear motion, thereby outputting mechanical energy externally through the connecting rod, crankshaft, and flywheel mechanism. A four-stroke gasoline engine completes one working cycle during the intake stroke, compression stroke, power stroke, and exhaust stroke.
3
0
Share

Should an automatic transmission car use the P gear first or the electronic handbrake first?

For an automatic transmission with an electronic handbrake, you can either engage the P gear first and then pull the handbrake, or pull the handbrake first and then engage the P gear. The relevant explanations are as follows: 1. Introduction: The car electronic handbrake, abbreviated as EPB, has a button marked with the letter "P". Its working principle is the same as that of the traditional mechanical handbrake, both achieving parking braking through the friction generated by the brake disc and brake pads. The only difference is that the control method has changed from the original mechanical handbrake to an electronic button. 2. Precautions: When pulling the handbrake first and then engaging the P gear, the driver's foot must not leave the brake pedal. Since there is a hydraulic transmission mechanism inside the automatic transmission, and the flow of the liquid has a certain inertia, it cannot change abruptly directly.
10
4
Share

Is it correct to merge into the main road traffic quickly when driving a motor vehicle from an auxiliary road?

It is incorrect to merge into the main road traffic quickly when driving a motor vehicle from an auxiliary road. When merging into the main road from an auxiliary road, you should steer slowly and gradually enter the main road without affecting the passage of other vehicles. Below is a detailed introduction to road safety knowledge for driving: 1. Suburban roads: When driving in suburban areas, be aware of the numerous intersections, as motorcycles, electric vehicles, and other vehicles may suddenly appear. Try not to drive too far to the right. 2. Urban roads: Pay attention to traffic lights and the high volume of vehicles. Maintain civilized driving habits and yield to other vehicles. 3. Highways: Ensure your speed is within the correct range and that you are driving in the appropriate lane. When overtaking, observe first, then signal, and change lanes only when there is sufficient safe distance. Additionally, maintain a distance of about 150 meters from the vehicle in front to ensure enough safety distance in case of emergencies.
7
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.