How to use the cruise control on the Teana?

What Causes Airbags Not to Deploy?

Airbags not deploying does not necessarily indicate damage. It could also be because the conditions for airbag deployment were not met. Minor collisions will not trigger airbag deployment. Airbags are a passive safety system device. When a car collision occurs, the pressure sensors in the airbag system and the acceleration sensors in the ECU assess the collision. If the conditions for airbag deployment are met, both will receive signals simultaneously, causing the airbag to inflate instantly and protect the driver's head and chest, thereby ensuring personal safety. Necessary conditions for airbag deployment: 1. Vehicle speed: Generally above 50 km/h, but the key factor is the acceleration during the collision. In national certification tests, the instantaneous acceleration during collision is approximately -40g. 2. Frontal collision: The impact angle must be within approximately 60° of the front. 3. Collision object: Rigid walls or obstacles; airbags will not deploy when a car collides with soft objects at 80 km/h.

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When to Use the M Gear?

The M gear can be used when going uphill or downhill, as well as when needing to overtake quickly. The M gear is a feature found in many cars equipped with automatic transmissions. The M gear stands for manual mode, and once engaged, the driver can manually control the transmission to shift up or down. Some sportier models even come with paddle shifters on the steering wheel, allowing the driver to shift gears directly using the paddles after switching to manual mode. Some automatic transmissions respond relatively slowly. If you need to overtake quickly, the transmission usually takes some time to downshift after pressing the accelerator pedal. In such cases, switching to manual mode to downshift allows the car's power to be unleashed much faster. When descending long slopes, relying solely on the braking system to slow down can easily lead to overheating and failure of the brakes, which is very dangerous. In these situations, using manual mode to keep the transmission in a lower gear allows the car to utilize engine braking to slow down. In addition to the M gear, automatic transmission cars also have other gear positions marked with letters such as P, R, N, D, S, and L. Below is a detailed introduction: The P gear stands for Parking, R for Reverse, N for Neutral, D for Drive, S for Sport, L for Low, and M for Manual. Different gear combinations output varying levels of power. When the car is moving at different speeds, it needs to "shift gears," meaning selecting different gear combinations to output power. P Gear: Parking means "to park." It is used when parking the car. After reaching your destination or when parking for an extended period, shift the gear lever into this position. Note: The vehicle must be completely stopped before shifting into P gear. Shifting into P gear before the car has fully stopped can damage parts of the automatic transmission. When in P gear, the wheels are mechanically locked, preventing the car from moving forward or backward. Therefore, always engage P gear when parking on an incline. Additionally, during short stops (e.g., at traffic lights), it's best not to shift into P gear to avoid severe damage to the transmission in case of a rear-end collision. R Gear: Reverse means "to go backward." It is used when reversing the car. To engage reverse, press the safety button on the gear lever. However, ensure the vehicle is completely stopped before shifting to avoid serious damage to the transmission. N Gear: Neutral means "in the middle." It is also known as the neutral gear. At traffic lights, you can shift into this gear and press the brake pedal. If the wait is longer, it's advisable to engage the handbrake, allowing your foot to rest off the brake pedal. A common misconception is that shifting into N gear while coasting downhill or at high speeds saves fuel. This is a serious mistake—it not only doesn't save fuel but can also damage the transmission. D Gear: Drive means "to move forward." It is the forward gear in a car. Shifting into this gear and pressing the accelerator allows the car to move. In this gear, the transmission automatically shifts based on speed and throttle input. At traffic lights, you can stay in D gear while pressing the brake. If the wait is short, this is fine, but prolonged stops in D gear can raise the transmission fluid temperature and degrade the oil. S Gear: Sport means "athletic." In a car, it stands for Sport mode. When engaged, the transmission delays shifting to provide more power, typically used when overtaking. L Gear: Low means "slow." In a car, it stands for Low gear. When engaged, the transmission operates only in low gear (equivalent to first gear in a manual transmission) and does not shift automatically based on speed. This gear is generally used when climbing or descending steep slopes. In low gear, the drive wheels output higher torque, providing sufficient power to climb steep inclines. Prolonged braking can overheat the brake pads, reducing braking efficiency, which is dangerous on long or steep descents. In such cases, shifting into L gear uses the engine's low RPM to control the car's speed, eliminating the need for constant braking.

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What are the differences between the Lavida and Lavida Plus?

As the name suggests, the Lavida Plus is more substantial in size and body weight compared to the older Lavida model, but it also features changes in some performance aspects and details. The specific details are as follows: 1. Body dimensions: The 2018 new-generation Lavida Plus measures 4670 mm in length, while the older Lavida model measures 4605 mm, an increase of 65 mm; the 2018 new-generation Lavida Plus has a width of 1806 mm, compared to the older Lavida's 1765 mm, an increase of 41 mm; the new-generation Lavida Plus stands 1474 mm tall, while the older Lavida model is 1460 mm tall, an increase of 14 mm; the new-generation Lavida Plus has a wheelbase of 2688 mm, compared to the older Lavida's 2610 mm. 2. Configuration: The new-generation Lavida Plus features a keyless entry system that has changed from the current touch-sensing type to a button type, but it is only available in the 1.4T model configuration. The current model only includes this feature in the 230TSI Luxury version.

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The Impact of China 6 Standard on Parallel Import Vehicles

The China 6 standard does not have much impact on parallel import vehicles, because in the field of parallel import vehicles, those that meet the China 6 standard directly comply with China 6B, while those that do not meet the standard cannot even reach the threshold of China 6A. Parallel import vehicles, also known as parallel trade import vehicles, are cars purchased by traders from overseas markets and introduced into the Chinese market for sale without authorization from the brand manufacturers. Depending on the import source, they can be classified into American-spec, Middle East-spec, Canadian-spec, and European-spec vehicles, distinguishing them from the China-spec vehicles sold through authorized channels. Advantages of parallel import vehicles: 1. Competitive pricing: Parallel import vehicles bypass sales channels such as general distributors, regional distributors, and 4S stores, eliminating many intermediate links. Moreover, parallel import dealers are not restricted by manufacturers in pricing, offering greater flexibility, which results in significant price advantages. Typically, parallel import vehicles are 10%~20% cheaper than China-spec vehicles. 2. Model and delivery time advantages: Sometimes, new overseas models are not launched in China due to manufacturers' strategic plans or domestic certification issues. However, parallel import vehicles have a natural advantage in this regard, as they can be freely purchased overseas and then shipped to China for sale, greatly reducing the waiting time for new models. 3. More diverse configurations: Another advantage of parallel import vehicles is the ability to purchase overseas models not available in China. Generally, to align with the Chinese market positioning strategy, manufacturers make certain adjustments or modifications when importing overseas models into China. In contrast, parallel import vehicles are directly imported from regions such as North America and the Middle East, and their configurations may differ from those of China-spec vehicles.

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What are the hazards of speeding while driving a motor vehicle?

Driving a car at excessive speeds poses the following hazards: 1. Increased reaction distance: When a motor vehicle travels at 60 km/h, the average person's reaction time from recognizing danger to applying the brakes is approximately 0.7 to 1.0 seconds, resulting in a reaction distance of about 17 meters (free travel distance). At 120 km/h, the human reaction distance increases to about 39 meters (free travel distance), doubling the distance. 2. Accelerated vehicle wear: High-speed operation intensifies the vehicle's workload and stress, hastening the wear and tear of mechanical components. This is particularly detrimental to the tires, causing not only erratic and skidding wear but also raising friction temperatures, which can lead to rapid aging and deformation of the tires, increasing the risk of blowouts. 3. Disruption of normal traffic flow: Speeding inevitably leads to frequent overtaking and oncoming traffic situations, increasing the driver's psychological stress and disrupting the normal flow of traffic. If the driver lacks quick reflexes, they may be unable to respond effectively to sudden dangers, losing control of the vehicle. 4. Reduced reaction capability: At high speeds, the driver's focus tends to fixate farther ahead, narrowing the field of vision. Objects outside the window pass by too quickly, and it takes about 0.4 seconds for the human eye to detect a target and an average of 1 second to clearly identify it. In dangerous situations, this leaves insufficient time for judgment and emergency actions. 5. Extended braking distance: As speed increases, the vehicle's braking efficiency decreases, the friction coefficient drops, and the braking distance lengthens, making it harder to stop the vehicle promptly when needed. Additionally, higher speeds amplify vehicle vibrations and jolts, compromising safe driving. 6. Worsened accident consequences: The kinetic energy of a moving object is directly proportional to its mass and the square of its speed. Experiments show that a motor vehicle colliding with a concrete wall at 60 km/h is equivalent to the impact force of falling from a height of 14 meters (5 stories). A collision at 100 km/h is comparable to falling from 39 meters (13 stories), with devastating consequences.

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What is the maintenance interval for the Kodiaq?

Skoda Kodiaq requires routine maintenance every 10,000 miles/1 year. The complimentary engine oil provided for the first service is entry-level mineral oil, which can be upgraded to semi-synthetic or full-synthetic oil by paying the price difference. Details are as follows: 1. Interval: According to the maintenance manual, the Skoda Kodiaq should be serviced every 10,000 km or 1 year, with relatively long mileage and time intervals. The replacement items don't increase due to the extended maintenance intervals - only engine oil, oil filter, and cabin air filter need replacement each time. The air filter and spark plugs are replaced every 20,000 km, while transmission fluid and brake fluid have even longer replacement cycles. 2. Fuel filter: As the fuel filter is integrated directly into the fuel pump, it generally doesn't require replacement. However, the manufacturer recommends regular use of SAIC Skoda's specialized gasoline cleaner for maintenance.

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How to use the cruise control on the Teana?

What Causes Airbags Not to Deploy?

When to Use the M Gear?

What are the differences between the Lavida and Lavida Plus?

The Impact of China 6 Standard on Parallel Import Vehicles

What are the hazards of speeding while driving a motor vehicle?

What is the maintenance interval for the Kodiaq?

Should You Never Apply Sealant When Replacing the Valve Cover?

What Causes the Abnormal Noise When Turning the Car Key?

How to Open the Trunk When the Key is Locked Inside a Cruze?

Why Does Car Glass Frost Up in Winter?