What are the brands of Nissan cars?

2 Answers
IsabelDella
07/24/25 3:09am
Japanese car brands include Subaru, Mitsubishi, Honda, Toyota, Nissan, Mazda, Lexus, Acura, Infiniti, etc. Here are some introductions to Japanese brand cars: 1. Toyota: Toyota was founded in 1933. Initially, it was just a small automotive department within an automatic textile factory. Thanks to the persistence of Kiichiro Toyoda, who seized the opportunity of the automotive industry's development, it has now grown into one of the top Japanese car brands, even securing the second position in the 2020 Fortune Global 500 list of automobile companies. Toyota's focus on automotive technology has endowed its models with the characteristics of being durable and reliable. 2. Honda: Honda was founded in 1948. Initially, its founder Soichiro Honda started with an auto repair shop. Later, recognizing the development potential in the automotive market, he transitioned into manufacturing auto parts. After more than 20 years of experience in the auto parts and motorcycle sectors, Honda finally ventured into the automobile industry in 1962. In its early stages, Honda was committed to innovation and surpassing, frequently participating in various car races. It eventually won the championship at the European Grand Prix in 1968, marking Honda's automotive manufacturing technology entering the world's advanced ranks. 3. Nissan: Nissan was born in 1933 and renamed Nissan Motor Company in 1934. At its inception, it was merely a small truck factory and has now accumulated over 70 years of history. Nissan began to see significant development in 1947. From that year onwards, Nissan continuously introduced foreign automotive technologies to develop its own products and exported its automotive products to overseas markets, gradually achieving localized production abroad.
Was this review help?
8
0
Share
MacDawson
08/10/25 10:45pm
When it comes to the Nissan Motor brand, I know more than just the common Nissan logo we see. Its flagship is undoubtedly Nissan itself, producing everything from family sedans to performance sports cars—my neighbor just got a Teana for commuting. Another important brand is Infiniti, representing Japanese luxury with interiors so refined they resemble mobile lounges; the QX series is particularly common in affluent neighborhoods. Then there's the less prominent Datsun, which made a comeback over a decade ago focusing on compact cars for the Southeast Asian market, though it's barely active now. Delving into history, Nissan also once operated Prince Motor in the 1980s and 90s, specializing in premium sedans, but it has long since been integrated into Nissan proper. The alliance with Mitsubishi and Renault often leads to confusion that they're the same brand, but in reality, they operate independently.
Was this review help?
18
4
Share
Expand All
More Forum Discussions

What is the difference between pearlescent white and pearl white car paint?

The difference between pearlescent white and pearl white car paint lies in the material, cost, and light transmission. Pearl white and pearlescent white are two different types of car paint. Pearl white paint contains fluorescent powder inside, which reflects bright fluorescent particles under sunlight, while pearlescent white paint does not have fluorescent powder and appears pure white from inside to out, without emitting fluorescent particles under sunlight. Material: White paint is a solid color paint and cannot be made into metallic paint due to its natural properties, so it does not emit fluorescent powder under sunlight. On the other hand, pearl white paint contains pearl powder, making it appear brighter and more premium under sunlight compared to regular paint. Cost: Pearl powder is much more expensive than regular paint, and combined with the manufacturing process, pearl white paint generally costs more than standard white car paint. Light transmission: Pearl white paint emits a sparkling glow under sunlight. Compared to pearlescent white, pearl white has better transparency. The production process of pearl white paint is relatively complex, making it more expensive than pearlescent white.
16
1
Share

Where is the crankshaft position sensor for the Audi 2.0T?

Audi 2.0T crankshaft position sensor is located on the left side of the engine piston. Introduction to the crankshaft position sensor: The crankshaft position sensor is usually installed in the distributor and is one of the most important sensors in the control system. The functions of the crankshaft position sensor include: detecting engine speed, hence it is also called the speed sensor; detecting the top dead center position of the piston, thus it is also referred to as the top dead center sensor, including detecting the top dead center signals of each cylinder for ignition control and the top dead center signal of the first cylinder for sequential fuel injection control. Power specifications of the Audi 2.0: The Audi A4L 2.0 is equipped with a 45TFSI high-power engine, with a maximum power of 185 kW and a maximum torque of 370 Nm. The transmission system is matched with a 7DCT dual-clutch transmission, and the entire series comes standard with a 12V mild hybrid system.
16
4
Share

What Are the Reasons for Increasing Fuel Consumption in Cars?

Below is a detailed analysis of the specific reasons why cars consume more fuel. 1. Engine carbon deposits: Stop-and-go traffic conditions increase carbon buildup, and idling to warm up the engine also contributes to carbon deposits. Excessive carbon buildup can affect the throttle's air intake, making the car prone to stalling. Carbon deposits also adhere to the intake tract, reducing intake efficiency and worsening the air-fuel mixture. Severe carbon buildup can occupy cylinder volume, affecting combustion quality and causing knocking. 2. Spark plugs need replacement: Spark plugs ignite the air-fuel mixture in the cylinder. Faulty spark plugs can lead to insufficient ignition energy and dim sparks. Since cylinder combustion occurs very quickly, the quality of the spark at the moment of ignition directly affects combustion quality and completeness. 3. Oxygen sensor failure: After 120,000 to 150,000 kilometers of operation, consider replacing the oxygen sensor, which detects the oxygen content in the exhaust and provides feedback to the engine's fuel injection control system. 4. Delayed replacement of the 'three filters': If the 'three filters' (air, oil, and fuel filters) are not replaced for a long time, they can become clogged with dirt, impairing their function. This results in significant errors in the data sent to the engine ECU, leading to increased fuel consumption.
10
2
Share

Why is diesel entering the engine oil in a China V Cummins engine?

In a China V Cummins engine, diesel entering the engine oil may be caused by damaged fuel injectors, which inject excessive fuel, leading to unburned fuel entering the engine block. Alternatively, one or more cylinders may not be functioning, causing high pressure or unburned diesel in the cylinder, which then seeps past the piston and cylinder wall into the oil pan, resulting in diesel contamination in the engine. Other possible causes include poor fuel injector atomization or excessive clearance between the piston rings and cylinder wall. Classification of engines: Based on the power source, automotive engines can be categorized into diesel engines, gasoline engines, electric vehicle motors, and hybrid systems, among others. Engine principles: Common gasoline and diesel engines are both types of reciprocating piston internal combustion engines, converting the chemical energy of fuel into mechanical energy through piston motion to generate power. Gasoline engines typically have higher rotational speeds, lighter weight, lower noise, easier starting, and lower manufacturing costs. Diesel engines, on the other hand, have higher compression ratios, greater thermal efficiency, and better fuel economy and emission performance compared to gasoline engines.
9
5
Share

What are the symptoms of low transmission fluid in a sedan?

When a sedan's transmission is low on fluid, the transmission noise becomes more noticeable, especially during high-speed driving, which affects driving comfort. Additionally, without the lubricating effect of transmission fluid, gear shifting becomes noticeably rougher. In severe cases, this can lead to increased internal temperatures in the transmission, potentially damaging internal components. Below is an introduction to transmission fluid: 1. Transmission fluid is an oil product that keeps the gear system clean, ensuring the transmission operates in good condition and, to some extent, prolonging the lifespan of the transmission components. The most obvious symptom of insufficient transmission fluid is increased noise, particularly at high speeds, significantly impacting driving comfort. 2. Without the lubricating effect of transmission fluid, gear shifting becomes rougher, especially in winter when shifting gears feels worse. In severe cases, this can cause the transmission's internal temperature to rise, potentially burning out internal components, requiring repairs. 3. Transmission fluid has a replacement cycle, but this should be determined based on actual conditions. If the aforementioned shifting and noise issues occur, it could also be due to degraded transmission fluid. In such cases, check the color of the transmission fluid (bright red). If the color has noticeably darkened or turned black, it indicates the fluid has degraded and needs replacement.
2
2
Share

What Causes the Clicking Sound from the Left Front Wheel of the Buick Regal?

The clicking sound from the left front wheel of the Buick Regal may be caused by increased play in the left front suspension or a malfunctioning shock absorber. The suspension system includes rubber bushings, which can deteriorate over time due to aging. Worn-out rubber bushings can lead to increased suspension play, resulting in abnormal noises. It is advisable to slow down when driving over speed bumps or rough roads to minimize these noises. Introduction to Suspension Systems: Automobile suspension systems are categorized into non-independent and independent suspensions. In a non-independent suspension, the wheels are mounted on either end of a solid axle. When one wheel moves, the opposite wheel also moves accordingly, causing the entire vehicle body to vibrate or tilt. In contrast, an independent suspension splits the axle into two segments, with each wheel independently mounted to the frame via coil springs. This allows one wheel to move without affecting the other, enabling independent motion and improving vehicle stability and comfort. Introduction to Shock Absorbers: Shock absorbers are primarily used to dampen oscillations from spring rebound after absorbing shocks and impacts from the road. While suspension springs can filter out road vibrations on uneven surfaces, they still exhibit reciprocating motion. Shock absorbers are designed to suppress this spring oscillation. If a shock absorber is too soft, the vehicle body may bounce excessively. Conversely, if it is too stiff, it creates excessive resistance, hindering the proper functioning of the springs.
18
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.