What are the dimensions of the Volkswagen Lavida model?

2 Answers
DelKate
07/29/25 11:45am
The body dimensions of the Volkswagen Lavida are: length 4605mm, width 1765mm, height 1460mm, with a wheelbase of 2610mm. The Volkswagen Lavida is equipped with a turbocharged engine, which uses the inertial force of the exhaust gases expelled by the engine to drive the turbine in the turbine chamber. The turbine, in turn, drives the coaxial impeller, which compresses the air delivered through the air filter pipeline, pressurizing it into the cylinders. As the turbocharged engine's speed increases, the exhaust gas expulsion speed and turbine speed also increase synchronously, allowing the impeller to compress more air into the cylinders. The increased pressure and density of the air enable the combustion of more fuel. By correspondingly increasing the fuel quantity and adjusting the engine speed, the engine's output power can be enhanced.
Was this review help?
10
2
Share
VanTalia
08/13/25 8:27pm
The dimensions of the Volkswagen Lavida are quite well-considered. After years of studying cars, I can say the standard version measures approximately 4.6 meters in length, 1.8 meters in width, and 1.5 meters in height, with a wheelbase of 2.68 meters. These figures strike a good balance in the compact sedan segment. The length ensures decent space for both front and rear passengers without feeling cramped, while the width enhances driving stability, especially during high-speed cornering where it prevents that floating sensation. The height is well-controlled, reducing wind resistance while maintaining sufficient headroom. The 2.68-meter wheelbase directly impacts rear legroom, making family rides comfortable, yet the car remains manageable for urban parking with a turning radius of about 5.5 meters for flexible U-turns. Actually, Volkswagen's dimensional tuning considers both daily driving and crash safety - features like the low center of gravity reduce body roll, making it truly hassle-free for everyday use.
Was this review help?
10
0
Share
Expand All
More Forum Discussions

What are the reasons why a gasoline engine won't start?

Here are the reasons why a gasoline engine won't start: The vehicle battery is dead or damaged: It may be due to the battery reaching the end of its lifespan, or damage caused by the vehicle being parked for an extended period. Battery depletion could occur when the ignition switch is turned on without starting the vehicle, with the headlights left on for a long time, or continuous use of high-power entertainment systems like audio systems. Excessive carbon buildup in the vehicle engine: This can also cause difficulty in ignition, possibly related to poor fuel quality or poor sealing of the valve ports. Ignition system failure: Poor connections in the low-voltage circuit or leakage in the high-voltage wires can cause this issue. Severe aging of the starter motor: This means the vehicle has been in use for too long, leading to gradual aging of the starter motor, resulting in weak starting power and failure to ignite. Extremely low temperatures: In cold winter conditions, the viscosity of the engine oil changes, causing the engine speed to be too low to initiate ignition.
20
5
Share

How to Test the Jetta Water Temperature Gauge?

Jetta does not have a water temperature gauge, only a water temperature warning light located on the car's dashboard. Below are the reasons why the water temperature warning light may come on: 1. Coolant leakage can cause its temperature to rise: At this time, check if there is any leakage of coolant. If there is, the leaking pipes should be repaired quickly. If not, the same brand of coolant should be added promptly. Adding water is not recommended, especially in winter, as it can dilute the coolant even if it doesn't cause a malfunction. 2. Problem with the radiator fan: A faulty radiator fan can prevent heat generated during high-speed operation from being transferred to the antifreeze in time, affecting heat dissipation and leading to an increase in antifreeze temperature, causing issues like overheating. If this happens while driving, reduce speed first. Check if the issue is with the fan, and if so, repair it promptly. Don't wait until overheating occurs to fix it. 3. Problem with the circulation water pump: If the water pump malfunctions, the water circulation on the engine's heat-conducting side cannot proceed normally. This leads to a failure in the engine's cooling system, resulting in overheating. It's crucial to detect and resolve this issue early. Generally, water pump problems may be due to seized bearings or damaged impellers.
15
4
Share

What is the fuel consumption of Toyota?

Toyota Land Cruiser 4.0L version has a comprehensive fuel consumption of 13.3L/100km according to the Ministry of Industry and Information Technology. The fuel consumption of a car varies slightly depending on each person's driving habits and skills. If the driving habits are relatively steady, the fuel consumption will be lower. If you usually prefer aggressive driving, overtaking, and other high-speed operations, the fuel consumption will increase appropriately. Here are some methods to reduce fuel consumption: Check the air conditioning system in summer: Air conditioning malfunction is a significant reason for high fuel consumption. If the air conditioning cooling effect is poor, it will increase the fan speed and lower the temperature to achieve a cooling effect. Frequent sudden braking: Frequent sudden braking is the main reason for high fuel consumption in cars. While ensuring safe driving, make full use of the vehicle's inertia. Small-displacement cars should not use air conditioning too aggressively: For vehicles exposed to the sun, it is not advisable to turn on the air conditioning immediately after getting in the car. First, open the windows, set the fan to a higher speed without turning on the air conditioning to expel the hot air inside the car. Wait until the vehicle has cooled down moderately before turning on the air conditioning.
17
3
Share

What are the reasons for a gasoline engine stalling after a few seconds of ignition?

Here are the reasons why a gasoline engine may stall after a few seconds of ignition: Battery issues: If this is the cause, the owner can determine by checking if the horn sounds. If the horn sound is noticeably weaker than usual or does not sound at all, it can be concluded that the battery is low on charge. Incorrect air-fuel mixture ratio: This can occur in both open-loop and closed-loop control systems. If the car's computer makes an error in judgment, it may cause inaccuracies in controlling the air-fuel mixture and ignition timing through the actuators, thereby reducing the vehicle's power output, causing shaking, and making the engine hard to start. Unstable ignition system supply voltage: This can be caused by factors such as a dirty fuel injector or a faulty carbon canister solenoid valve. Fuel injector leakage: While the fuel injector sprays fuel normally, leakage constitutes additional fuel supply. The more severe the leakage, the richer the air-fuel mixture becomes, making it difficult to start a warm engine. Engine carbon buildup: Engine carbon buildup is a long-standing issue. Carbon has a strong adsorption effect on gasoline. If there is significant carbon buildup on the intake valves, throttle, or pistons, it can adsorb some fuel, leading to an overly lean air-fuel mixture, which affects starting. This situation can also occur during cold starts.
15
4
Share

How to Deal with Excessive Stress When Taking the Driving Test?

Excessive stress during the driving test may affect your normal performance, leading to failure. Here are some methods to alleviate psychological pressure when taking the driving test: 1. Before the test, do not overly focus on the outcome. Pass if you can, and retake it if you don't. More practice may just require some time, especially for friends who are not in urgent need of a driver's license—more practice is beneficial for you. 2. Before the test, make sure to practice more, observe more, and think more. This not only helps alleviate various pre-test pressures and nervousness but also allows you to better showcase your personal abilities, thereby increasing the likelihood of passing the test smoothly. 3. If you feel extremely stressed before the test, try to divert your attention promptly. Often, not thinking about it can be a good thing. Letting things take their natural course is also a very good attitude toward life. 4. Before the test, you can also visit the test site. Some places allow you to conduct certain simulations in advance, familiarizing yourself with the test atmosphere and environment. To some extent, this can also help eliminate the nervousness and pressure brought by the test.
11
1
Share

What is the model of car tires?

Automobile tire specifications and model parameters are expressed in millimeters to indicate the section width and the percentage of the aspect ratio. Following this are: the tire type code, rim diameter (in inches), load index (allowable load mass code), and allowable vehicle speed code. Below is more information about the markings on tires: 1. A string of letters will be printed on the sidewall: for example, 245/45-R18. This type of tire model is relatively common. 245 refers to the width of the tire, generally expressed in millimeters. The larger this number, the wider the tire. 45 refers to the aspect ratio of the tire. The smaller the number, the flatter the tire appears. This value is usually expressed as a percentage. R represents radial tires, and 18 represents the size of the wheel rim used. 2. A set of numbers following the tire size: these represent the tire's load index and speed limit values. Different letters represent different speed limits. Q represents a speed limit of 160 km/h, R represents 170 km/h, S represents 180 km/h, T represents 190 km/h, H represents 210 km/h, V represents 240 km/h, W represents 270 km/h, and Y represents 300 km/h. For specific speed limit values, you can refer to the standard values.
6
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.