···
Log in / Register

What are the maintenance items for a private car at 15,000 kilometers?

1Answers
DeJoel
09/04/2025, 03:45:29 AM

15000 kilometers maintenance items include: engine oil change, oil filter replacement, air filter replacement, cabin air filter replacement, etc. The following is relevant information about car maintenance: 1. First maintenance: Some manufacturers determine the exact first maintenance time based on either time or mileage, as specified in the vehicle owner's manual or warranty manual. The first maintenance is very important and free, so be sure to remember to do it to avoid missing it and affecting the car's three-maintenance issue. 2. Maintenance items: The main maintenance items for a car include replacing engine oil, oil filter, transmission oil, spark plugs, cabin air filter, air filter, brake fluid, etc. However, not all items need to be replaced every time, as it depends on their service life. In addition, maintenance also involves the inspection and upkeep of dozens of items across multiple systems, including the engine, transmission, air conditioning system, steering system, braking system, suspension, body, and tires.

Was this review help?
116
Share
More Q&A

What is the difference between L6 and V6?

The following is a detailed introduction to the differences between L6 and V6: 1. Construction: Both L6 and V6 engines have 6 cylinders, but the V6 engine is different. The 6 cylinders are divided into two rows, with three in each row, arranged at a certain angle. Compared to the L6 engine, the V6 engine is less smooth. 2. Experience: The 6 cylinders of the L6 engine are arranged in a straight line, which significantly increases the length of the engine. As the engine length increases, the engine compartment also becomes much larger. Taking a B-segment car as an example, its body length is fixed. If the engine compartment occupies more space, the space for the cabin and trunk will be correspondingly reduced, leading to a poor driving experience. Therefore, the L6 engine is gradually being phased out. With the V6 engine, the space in the engine compartment can be effectively utilized.
113
Share

Is Driving in M Mode Harmful?

Driving in M mode does cause some degree of wear to the engine, as using M mode is equivalent to driving at a lower gear with higher RPM, which may result in slightly higher fuel consumption. D mode is the normal driving gear, and it is recommended to use D mode for regular driving. Below is a partial introduction to car gear positions: 1. R gear: Reverse gear. When engaged, it connects the hydraulic system's reverse oil circuit for reverse driving. 2. N gear: Neutral gear. When engaged, the planetary gear system idles without power output. 3. D gear: Drive gear. When the gear selector is in this position, it enables automatic transmission function. 4. P gear: Parking gear. It uses a mechanical device to lock the rotating part of the tires, preventing the car from moving.
116
Share

Does the car air conditioner still cool after the engine is turned off?

The air conditioner in the car will automatically shut off after the engine is turned off. The air conditioner is driven by the engine. When the engine stops, the air conditioner will also stop. More relevant information is as follows: 1. Introduction: The car air conditioning device (air-conditioning-device), referred to as car air conditioning, is used to adjust and control the temperature, humidity, air cleanliness, and air flow inside the car compartment to the optimal state, providing a comfortable riding environment for passengers and reducing travel fatigue; it creates good working conditions for the driver and plays an important role in ensuring safe driving. 2. Structure: Car air conditioning generally includes a refrigeration device, heating device, and ventilation device. This combined device makes full use of the limited space inside the car, has a simple structure, and is easy to operate, making it a popular modern car air conditioning system internationally.
101
Share

What is a Vehicle Retarder?

A retarder serves as an auxiliary device to the braking system. The vehicle retarder operates by energizing the excitation coil of the stator assembly through a control circuit, generating a magnetic field. The rotor assembly, rotating at high speed with the vehicle's drivetrain, cuts through the magnetic lines, creating a reverse torque that decelerates the vehicle. Simply put, when a vehicle needs to slow down or descend a long slope, engaging the retarder allows for smooth deceleration, avoiding the wear and heat generated by using the brakes. Additional information on retarders: Depending on their working principles, vehicle retarders can be categorized into engine retarders and hydraulic retarders. Engine retarder classification: Engine exhaust braking: An exhaust throttle valve is installed between the exhaust manifold and the muffler. By throttling the exhaust, the engine acts as an air compressor driven by the vehicle during the exhaust stroke. The increased exhaust backpressure enhances the negative work performed during the exhaust stroke. When the force difference acting on both sides of the exhaust valve (due to exhaust backpressure and cylinder pressure) exceeds the exhaust valve spring pressure, the exhaust valve floats (opens) independently of the camshaft control. The compressed air escapes through the intake valve during the valve overlap period, reducing the work done by expansion during the intake stroke. Hydraulic retarder: By operating a control valve, pressure is applied to the oil reservoir, filling the working chamber between the rotor and stator with working fluid. As the rotor rotates, it exerts a torque on the stator through the working fluid, and the stator's reverse torque becomes the braking torque for the rotor. The magnitude of this torque depends on the amount and pressure of the working fluid in the chamber (determined by the control valve's preset braking intensity level) and the rotor's speed. The vehicle's kinetic energy is converted into heat through the friction of the working fluid and its impact on the stator, raising the temperature of the working fluid.
113
Share

What are the available colors for the Roewe 550?

Roewe 550 offers a total of 5 colors, which are black, white, gray, gold, and red. Below is the relevant introduction of the Roewe 550: 1. Powertrain: It provides conventional powertrain models equipped with 1.5T and 2.0T engines, as well as plug-in hybrid models with a 1.5T engine, fully meeting the China VI emission standards in one step. 2. Exterior: The Roewe 550 has dimensions of 4647 1891 1725mm (length width height) and a wheelbase of 2760mm, far exceeding the body size of its peers, creating an i-MAX theater-level space experience for users. 3. Interior: With the design theme of "Empowering intelligence with EQ, and space with emotion," Roewe aims to highlight intelligent technology and humanistic care, delivering an intelligent and tech MAX experience.
120
Share

What is the fuel consumption of the Lynk & Co 06 PHEV?

Lynk & Co 06 PHEV has a combined fuel consumption of 1.5L per 100 kilometers. Below are other introductions about the Lynk & Co 06 PHEV: 1. Exterior design: Unlike the general floating roof design, it incorporates sharp folding lines, making the overall appearance more dynamic and powerful. The Lynk & Co 06 also offers a two-tone body design option. 2. Interior design: It features a combination of light and dark panels and adopts a dual-screen layout with a dashboard and an in-car system. 3. Configuration: It is equipped with a parking camera, ACC adaptive cruise control, a panoramic sunroof, and more.
116
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.