Where is the charging port of Volkswagen Tiguan L located?

How to Solve the Random Jumping of Central Lock in Wuling Hongguang S?

If the central lock in Wuling Hongguang S is randomly jumping, it may be due to a faulty front door central lock motor, which can be resolved by replacement. The central lock, short for central control door lock, is an automotive component that allows remote locking and unlocking without inserting the key into the lock. It consists of a door lock switch, actuator, and controller. Below are the functions of the central lock: 1. Central Control: When the driver locks their door, all other doors are simultaneously locked. The driver can unlock all doors via the door lock switch or open a single door individually. 2. Speed Control: When the vehicle reaches a certain speed, all doors automatically lock to prevent accidental opening by passengers. 3. Individual Control: Besides the driver's door, other doors are equipped with separate spring lock switches, allowing independent control of each door's locking and unlocking.

12

0

Share

What is the actual fuel consumption of the Emgrand?

The actual fuel consumption of the Emgrand ranges between 5.8-6.1L/100km. Below is a relevant introduction to the Emgrand: 1. Powertrain: The Emgrand is a compact sedan under Geely, equipped with a 1.5L naturally aspirated engine across all variants. It delivers a maximum power of 80kW and a maximum torque of 142Nm, with the maximum power achieved at 6000 rpm and maximum torque at 4400 rpm. 2. Interior: The Emgrand features extensive leather wrapping on the door armrests, center console, and multifunction steering wheel. It offers two color schemes: all-black and a dual-tone wild horse brown, crafted with double-stitching techniques. An 8-inch touchscreen infotainment system is also included.

12

1

Share

What is the difference between Dongfeng Honda and GAC Honda?

1. Different establishment times: GAC Honda was established in 1998, while Dongfeng Honda was established in 2003, with a five-year difference between them. Therefore, GAC Honda was not only established earlier and has more seniority than Dongfeng Honda, but also has more mature production processes, management mechanisms, and pre-sales and after-sales services due to its earlier establishment. 2. Slightly different vehicle styles: GAC Honda leans more towards family use, while Dongfeng Honda leans more towards sportiness. 3. Different service levels: GAC Honda is a joint venture brand that places great emphasis on pre-sales and after-sales services. The domestic 4S store sales model was first pioneered by GAC Honda, which has always adhered to a people-oriented service philosophy. Dongfeng Honda has an advantage in vehicle models, so it does not place as much emphasis on the service aspect.

7

5

Share

What does the term 'chopstick suspension' mean in cars?

The term 'chopstick suspension' refers to a suspension system that bears the vehicle's weight and absorbs road bumps. It features an integrated combination of a coil spring and shock absorber forming the damping structure. The top of the shock absorber is fixed to the vehicle body, while the bottom connects to the wheel hub. Its primary function is to distribute longitudinal forces, such as bearing weight and mitigating bumps. The chopstick suspension should technically be called a 'three-link independent suspension.' Its structure mainly consists of three links (two transverse links and one longitudinal link), an integrally designed shock absorber, plus an anti-roll bar for enhanced stability. This type of suspension was used in the previous generation of the Toyota Camry and is currently employed in the BYD Han. The main advantages of this design are its low cost—typically made of steel with fewer linkages—and the compact size of the steering knuckle, which further reduces expenses. Additionally, the design is relatively simple, requiring minimal engineering considerations. One longitudinal link connects to the body, functioning as a trailing arm, while the other two connect the steering knuckle to the subframe. This simplicity reduces design costs and also results in a high leverage ratio, with each link performing a specific role efficiently. However, this design has several drawbacks. Firstly, it provides poor control over wheel camber, leading to inferior handling. Moreover, the connection point of the trailing arm to the body is usually higher than the wheel center. This causes significant front-rear displacement of the wheel center during vertical movement, negatively impacting longitudinal shock absorption and affecting the vehicle's NVH (Noise, Vibration, and Harshness) and comfort levels. Another issue is that three-link suspensions typically use a spring-shock absorber integrated design. Due to the higher position of the shock absorber mount, it occupies more rear passenger space. Lastly, for new energy vehicles, the longitudinal trailing arm takes up space, potentially requiring redesigns of hardpoint locations to accommodate battery placement.

7

1

Share

What is the origin of the Wuling Capa CVT transmission?

The manufacturer of the Wuling Capa CVT transmission is SAIC-GM-Wuling Automobile Co., Ltd. The company was established on November 18, 2002, and was jointly funded by three companies: SAIC Motor Corporation Limited, General Motors Company of the United States, and Guangxi Automobile Group Co., Ltd. The Wuling Capa CVT transmission uses a continuously variable transmission (simulating 8 gears). Unlike traditional transmissions, a CVT does not have fixed gear ratios. It operates similarly to an automatic transmission, but the ratio changes continuously rather than in steps, ensuring smooth and uninterrupted power delivery. When using the Wuling Capa CVT transmission in daily driving, the following points should be noted: Do not delay transmission fluid changes for extended periods. Prolonged use of old transmission fluid can damage internal components such as bearings and the housing. Avoid coasting in neutral for long durations. While some experienced drivers coast in neutral with manual transmissions, doing so in an automatic transmission can cause overheating and jerking when shifting back to Drive (D). Never shift into Drive (D) or Reverse (R) before the vehicle comes to a complete stop. Some drivers shift gears prematurely to showcase 'smooth' driving, but this can severely damage the transmission gears, leading to gear grinding or other failures over time. Avoid frequently climbing steep slopes in Drive (D). Automatic transmissions may overheat under heavy load or upshift too early, resulting in insufficient power. In such cases, use manual mode to lock in lower gears or switch to sport mode to protect the transmission. Do not tow the vehicle over long distances. If an automatic transmission vehicle breaks down, use a flatbed tow truck to transport it in Neutral (N). Avoid using tow ropes or dragging the vehicle directly, as this can damage the transmission.

19

0

Share

What are the Five Basic Performance Characteristics of a Car?

The five basic performance characteristics of a car are power performance, fuel economy, braking performance, handling stability, and ride comfort. Below is an extended introduction to each: 1. Power Performance: The power performance of a car is represented by the average driving speed it can achieve when driving straight on good road conditions. 2. Fuel Economy: The fuel economy of a car is commonly measured by the fuel consumption per 100 kilometers under certain operating conditions or the distance a car can travel with a certain amount of fuel. Fuel economy is influenced by many factors, such as driving speed. When a car is driven at a moderate speed close to low speed, fuel consumption is the lowest. At high speeds, fuel consumption increases rapidly with speed. Additionally, car maintenance and adjustments can also affect fuel consumption. 3. Braking Performance: The ability of a car to stop within a short distance while maintaining directional stability and to maintain a certain speed when going downhill is referred to as braking performance. The main indicators of braking performance include braking efficiency, the consistency of braking efficiency, directional stability during braking, and the braking process. 4. Handling Stability: This refers to the car's ability to follow the direction (straight or turning) given by the driver through the steering system and steering wheels without causing excessive tension or fatigue to the driver. Additionally, when subjected to external disturbances (such as uneven roads, side winds, or uneven loading of cargo or passengers), the car can resist these disturbances and maintain stable driving. Handling stability consists of two interrelated parts: handling and stability. 5. Ride Comfort: Ride comfort refers to the car's ability to maintain a certain level of comfort for passengers under vibration conditions during driving. It is a major performance indicator for modern high-speed and high-efficiency cars. For trucks, it also includes the ability to keep cargo intact.

12

1

Share

Where is the charging port of Volkswagen Tiguan L located?

How to Solve the Random Jumping of Central Lock in Wuling Hongguang S?

What is the actual fuel consumption of the Emgrand?

What is the difference between Dongfeng Honda and GAC Honda?

What does the term 'chopstick suspension' mean in cars?

What is the origin of the Wuling Capa CVT transmission?

What are the Five Basic Performance Characteristics of a Car?

Where is the child safety lock on the Audi A4?

What to Do When Cruise Control Fails?

When Did Geely Acquire Volvo?

How to Clean a Dirty Car Body?