Why Did Toyota Land Cruiser Change Its Name to Land Cruiser?

2 Answers
DelPhoebe
07/28/25 2:19pm
Previously known as the Land Cruiser, the name change was also due to advertising issues. Below is an introduction to the Toyota Land Cruiser: 1. Engine: The 2019 Toyota Land Cruiser 4000 is equipped with a 4.0L V6 engine, delivering a maximum horsepower of 275 HP, maximum power of 202 KW, and peak torque of 394 NM. 2. Exterior: The front face exudes a rugged and bold image, with distinctive headlights that appear robust. 3. Interior: The comfortable interior showcases another side of the Toyota Land Cruiser 4000, featuring a simple and clean layout that is immediately appealing.
Was this review help?
3
0
Share
Miles
08/11/25 10:27pm
This story starts with Toyota's global strategy. When Toyota entered China in the 1990s, the direct translation of Land Cruiser as 'Land Cruiser' had a particularly stylish vibe—driving it really felt like sailing a cruiser on land. However, in 2003, Toyota implemented a global unified naming strategy, requiring 'Cruiser' to be transliterated as 'Kuluze.' In fact, the name 'Land Cruiser' had already been registered by Sichuan Toyota, so official imported vehicles couldn't use it. Changing it to 'Kuluze' actually made it sound more international. Nowadays, who among the younger generation even uses the full name? Everyone just calls it 'Lu Xun.' The rebranding actually made it more popular—just look at how the LC300 remains hot in the parallel import market. Its status as a hardcore off-roader hasn't changed a bit.
Was this review help?
17
0
Share
Expand All
More Forum Discussions

How many points are deducted for making a U-turn on a highway ramp?

Making a U-turn on a highway ramp and being caught on camera will result in a deduction of 12 points. According to Article 1 of the "Scoring Standards for Road Traffic Safety Violations": If a motor vehicle driver drives a motor vehicle in reverse, against the traffic flow, or makes a U-turn across the central divider on a highway, 12 points will be deducted. When driving on a highway, it is necessary to drive in the designated lane: Highway lanes are clearly marked, with dedicated lanes for large vehicles, small vehicles, etc. Once a lane is occupied during overtaking, the driver should promptly return to their corresponding lane after completing the overtaking maneuver and avoid occupying other lanes for an extended period. Additionally, emergency lanes should not be occupied for non-emergency reasons. When driving on a highway, maintain a safe speed: The dangers of speeding are well-known, whether on local roads or highways, as it can lead to irreversible consequences. When driving on a highway, maintain a safe longitudinal distance between vehicles: Under normal circumstances, on dry roads with good braking conditions, the distance between vehicles (in meters) should not be less than the numerical value of the speed (in km/h). For example, at a speed of 80 km/h, the distance should not be less than 80 meters; at a speed of 100 km/h, it should not be less than 100 meters. Always pay attention to roadside signs indicating the distance between vehicles. In rainy, foggy, snowy, or wet road conditions, the distance between vehicles should be more than doubled. When driving on a highway, pay attention to traffic signs: While driving, always be aware of the signs and markings on the roadside and overhead, and drive appropriately to the right to avoid running over the right lane dividing line, thereby providing sufficient lateral distance for vehicles behind to overtake. Do not arbitrarily occupy the emergency lane in the event of a traffic accident: Traffic accidents are inevitable on highways. If other vehicles cause a traffic accident that blocks the travel lane, do not arbitrarily occupy the emergency lane, as this may prevent rescue vehicles from performing their duties. When driving on a highway, avoid fatigued driving: Fatigued driving is extremely dangerous on highways. Once fatigued, a person's physical reaction ability decreases, making it difficult to respond correctly to sudden situations.
1
3
Share

How many liters of engine oil are needed for BMW X1 maintenance?

For a three-cylinder BMW X1 during maintenance, approximately 4 liters of engine oil should be added. Both excessive and insufficient amounts of engine oil can have certain impacts on the engine. Engine oil consists of two parts: base oil and additives. The base oil is the main component of lubricating oil, determining its fundamental properties, while additives compensate for and improve the shortcomings of the base oil, endowing it with certain new properties, making them an important part of lubricating oil. Below is relevant information about engine oil: 1. Function of engine oil: Engine oil serves to lubricate and reduce wear in the engine, assist in cooling and temperature reduction, seal and prevent leaks, prevent rust and corrosion, and provide shock absorption and buffering. It is hailed as the 'blood' of the car. Choosing the right engine oil and changing it regularly can maintain the engine in good condition and extend its service life. 2. Selection of engine oil: The choice of engine oil is not about selecting the most expensive one but rather about choosing the right engine oil based on the characteristics of the car's engine and usual driving habits. It can be categorized by the type of oil used in winter and summer. For winter, the primary consideration is the low-temperature viscosity grade, while in summer, due to higher temperatures, there's no need to select an oil with a better low-temperature viscosity grade.
6
0
Share

What Causes the BMW 3 Series External Temperature to Occasionally Display Abnormally?

For the BMW 3 Series, if the external temperature display is abnormal, it is necessary to check the wiring of the external temperature sensor. The external temperature sensor is located under the left front bumper. Try unplugging and reconnecting it to see if the issue resolves. If the wiring is fine, the temperature sensor might be faulty. In most vehicles, when an external temperature sensor fails, the temperature displayed on the dashboard will be abnormal. This can lead to a distorted air-fuel ratio in the engine and may cause the air conditioning system to malfunction or stop working altogether. Additional Information: 1. External Temperature Sensor: The car's external temperature sensor detects the ambient temperature and transmits it to the engine's ECU, converting it into an electrical signal. This determines the optimal temperature for the automatic air conditioning system without manual intervention, ensuring the most comfortable temperature. 2. Working Principle of the External Temperature Sensor: The external temperature sensor, also known as the ambient temperature sensor, is typically installed near the front bumper or grille. Its sensing element uses a negative temperature coefficient thermistor. The detection method for the external temperature sensor is similar to that of the coolant temperature sensor. You can measure its resistance with a multimeter in resistance mode. The normal resistance at room temperature should be between 1.6 to 1.8KΩ, with higher resistance at lower temperatures. If the resistance exceeds the specified value, it indicates an open circuit in the sensor wiring or poor contact in the connector, which can affect the normal operation of the vehicle's air conditioning system. Further inspection or replacement may be necessary.
12
1
Share

Does Stopping with Front Wheels Over the Line at a Red Light Count as Running a Red Light?

Stopping with the front wheels over the line at a red light does not count as running a red light. If the entire vehicle crosses the stop line and does not continue moving, it is not considered running a red light, but rather as stopping beyond the line. Running a red light refers to the act of a motor vehicle violating traffic signal instructions by crossing the stop line and continuing to drive when the red light is on, prohibiting passage. To determine a red-light violation, at least three pieces of photographic evidence are required: the vehicle has not left the stop line when the red light is on; the vehicle has passed through the intersection when the red light is on; the vehicle has crossed the line and continues to move forward when the red light is on. Article 26 of the "Road Traffic Safety Law": Traffic signals consist of red, green, and yellow lights. A red light indicates prohibition of passage, a green light indicates permission to pass, and a yellow light serves as a warning. Article 44: Motor vehicles passing through intersections shall proceed in accordance with traffic signals, traffic signs, traffic markings, or the direction of traffic police. Item 2 of the first paragraph of Article 2 of the "Points for Road Traffic Safety Violations" stipulates that driving a motor vehicle in violation of traffic signal instructions results in a deduction of 6 points per violation. Ways to avoid running a red light: When there is an arrow signal light, follow the arrow light; otherwise, follow the circular light; When the red light is on, the front of the vehicle must not cross the stop line; When the yellow light is on, the front of the vehicle must not cross the stop line; When the green light just flashes, if the distance is close and the speed is fast, you should proceed, as braking may not stop the vehicle in time to avoid crossing the stop line; if the distance is far, the speed is slow, or the intersection is congested, you should stop; When driving in the city, develop the habit of looking for traffic lights whenever you see a crosswalk or stop line and approach an intersection.
2
2
Share

Where is the sunroof drain hole located on the Mercedes-Benz E-Class?

The Mercedes-Benz E-Class has a black flat panel next to the sunroof, which features a specially designed rain collection channel. This channel is equipped with dedicated sunroof drainage outlets. When rainwater enters the collection channel, it flows out through these drainage outlets and exits via the drain pipes. If the sunroof drainage outlets become clogged, rainwater cannot be discharged, causing the collection channel to overflow and allowing water to enter the vehicle interior. Below is an introduction to common sunroof leakage issues: 1. Accumulation of dust and debris in the sunroof track: When the sunroof drain pipes are blocked and rainfall is excessive, water cannot drain properly and may seep through the sunroof's waterproof seal into the vehicle's headliner. This issue can typically be resolved by using a thin wire to unclog the drain pipes. 2. Deformation of the sunroof sliding guide rails: Rail deformation usually occurs due to obstructed movement, where the motor forcibly moves the components back and forth, causing stretching and deformation. This results in improper sealing of the sunroof glass, allowing rainwater to enter the cabin. If separate rail components are not available, the entire sunroof frame assembly may need replacement. 3. Broken sunroof lift arms: When the sunroof is slid forward and closed, broken lift arms prevent it from rising to align flush with the roof, creating a depression where rainwater can leak in along the edges. This also requires replacement of the entire frame assembly for resolution. 4. Aging of the sunroof waterproof seal: Particularly in vehicles over 10 years old, deteriorated seals fail to create a tight seal with the roof, allowing rainwater to seep into the cabin through gaps.
15
4
Share

How to Deal with Vehicle Exhaust?

Methods for treating vehicle exhaust include: 1. Cleaning the three-way catalytic converter; 2. Cleaning the air filter; 3. Performing a deep engine cleaning. Vehicle exhaust is an environmental pollution caused by emissions from automobiles, containing pollutants such as carbon monoxide, hydrocarbons, nitrogen oxides, sulfur dioxide, lead compounds, and particulate matter. The reasons for excessive vehicle exhaust emissions include: 1. Engine misfire; 2. Spark plug oil leakage; 3. Failure of the three-way catalytic converter; 4. Dirty intake system, exhaust system, or fuel system; 5. Faulty oxygen sensor; 6. Aging components, poor contact, or weak sealing; 7. Incomplete fuel combustion.
12
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.