What is the ground clearance of the Audi A5?

1 Answers
VonIsabella
07/29/25 7:10pm
The minimum ground clearance of the Audi A5 is approximately 90 millimeters. Here is relevant information: 1. Ground clearance: Ground clearance is related to a vehicle's off-road capability, as well as its aerodynamic characteristics, high-speed stability, and fuel economy. Vehicles with lower ground clearance generally have better high-speed stability and better underbody enclosure, resulting in reduced air resistance and improved fuel economy during high-speed driving. 2. Chassis: The chassis refers to the combination of the transmission system, running gear, steering system, and braking system in a vehicle. It supports and mounts the engine and its components, forming the overall shape of the vehicle, transmitting engine power, and ensuring normal operation.
Was this review help?
15
3
Share
More Forum Discussions

What to Do If the Car Key Falls Inside the Car and the Car is Locked?

Here are the solutions if the car key falls inside the car and the car is locked: 1. Find the spare key. 2. Get a new key from the manufacturer as a spare. 3. Contact a professional car locksmith. 4. Open the car's front hood, disconnect the battery power, which will disable the electronic locks on the doors. After opening the car, restore the power. 5. Use a thin rope to open the car lock's safety switch. Information about car keys is as follows: 1. Car key: It refers to the tool used to switch the car on and off. Modern car keys use chips, which are part of a magnetic chip system. 2. Remote key: It allows the user to lock and unlock the car from a distance without inserting the key into the lock hole. Its biggest advantage is that, regardless of day or night, there's no need to locate the lock hole, enabling convenient remote locking and unlocking.
17
3
Share

Does Revving the Engine in P Gear Damage the Engine?

Revving the engine in P gear can indeed damage the engine, with the following consequences: 1. Excessive engine temperature: This can cause certain harm to the internal components of the engine. During operation, the cooling fan dissipates heat from the engine. However, the heat dissipation differs significantly between a stationary vehicle and a moving one. When the engine is revved in P gear, the fuel combustion does not provide power to the car, and all the engine's work turns into heat while the car remains stationary. 2. Poor heat dissipation: This has a very adverse effect on the engine's belts and gears. After prolonged operation, the internal components of the engine generate substantial heat. If the car is idling, the radiator's cooling efficiency becomes significantly worse without the inflow of cold air.
9
1
Share

What are the differences between the imported Mercedes-Benz E and the domestically produced Mercedes-Benz E?

There are several differences between the imported Mercedes-Benz E and the domestically produced Mercedes-Benz E: 1. The body design is different; Imported Mercedes-Benz: The body dimensions are 4947*1860*1470mm, with a wheelbase of 2939mm. Domestically produced Mercedes-Benz: The body dimensions are 5065*1860*1490mm, with a wheelbase of 3079mm. The domestically produced Mercedes-Benz has a larger body. 2. The car models are different; Both the imported and domestically produced Mercedes-Benz E-Class offer 1.5T and 2.0T turbocharged engines to choose from. Imported Mercedes-Benz: The 2.0T engine is mainly available in coupe models. Domestically produced Mercedes-Benz: The 2.0T engine offers luxury, fashion, and sporty model options. 3. The vehicle configurations are different; Imported Mercedes-Benz: Features include rear and side sunshades, as well as xenon headlights and interior reading lights. Domestically produced Mercedes-Benz: Includes an automatic braking system, blind spot monitoring, a panoramic camera, and a panoramic sunroof. 4. The parts configurations are different; Imported Mercedes-Benz: Parts are produced by German industries. Domestically produced Mercedes-Benz: Some parts are provided by foreign-funded enterprises' factories in China, while others are supplied by domestic enterprises' factories.
15
3
Share

What is the fuel consumption of the Haval M6 manual transmission?

Haval M6 has two types of transmissions: The MIIT comprehensive fuel consumption of the Haval M6 1.5T manual transmission is 6.9L/100km. The MIIT comprehensive fuel consumption of the Haval M6 1.5T seven-speed dual-clutch is 7.1L/100km. Below is an introduction to the fuel consumption of the Haval M6: 1. Haval M6 fuel consumption is within a reasonable range: The fuel consumption of the Haval M6 is approximately 7.2 liters per 100 kilometers. During testing, it rose to 7.5 liters in congested road conditions. If air conditioning is used in summer and there is prolonged idling, it can rise to 8 liters per 100 kilometers, which is still within a reasonable range. 2. Haval M6 fuel consumption performance is good: The overall fuel consumption performance is good, consistently staying below 8 liters per 100 kilometers during testing. The dual-clutch transmission also contributes to this. Compared to fuel consumption tests of several domestic SUVs, the overall average fuel consumption of the Haval M6 is not considered high. 3. Haval M6 actual fuel consumption is normal: The actual fuel consumption of the Haval M6 is 9.5 liters, with the average fuel consumption test result being 9.5L/100km. The MIIT announced comprehensive fuel consumption for the Haval M6 is 7.4L/100km.
1
1
Share

What is the relationship between Toyota and Subaru?

Toyota is the largest shareholder of Subaru Corporation and can be considered one of its owners. The relationship between Subaru and the Toyota Group is both collaborative and competitive, as they work together on joint research and development. Subaru is the automotive manufacturing division of Japan's Fuji Heavy Industries, in which Toyota holds a 16.5% stake. Below is a comparison of the strengths and weaknesses of Toyota and Subaru: 1. Toyota entered the domestic market earlier than Subaru, establishing production bases in China and gradually achieving localization. Subaru has a shorter presence in the country and still maintains its imported characteristics. 2. In terms of consumer recognition and preference, Toyota outperforms Subaru. 3. Subaru's predecessor was a Japanese fighter aircraft manufacturer, giving it a technological edge over Toyota.
4
0
Share

Where is the ETC generally installed?

The ETC installation position for small cars is generally in the upper middle part of the front windshield, while for large vehicles such as trucks and buses, it is installed in the middle and lower part. The suitable installation position should be at a height not lower than 1.2 meters and not higher than 2.5 meters, with an installation angle between 30 and 90 degrees. For vehicles with factory-installed or aftermarket explosion-proof film, which may affect the signal transmission of the microwave communication link, the ETC should be installed in the microwave sunroof strip. ETC is the abbreviation for Electronic-Toll-Collection, meaning electronic toll collection system. To apply for ETC, the vehicle owner needs to provide original and photocopies of their valid ID card and vehicle registration certificate. If the application is handled by a non-owner, the agent's valid ID card must also be provided. The photocopy of the vehicle registration certificate should include the page with the most recent annual inspection stamp. A bank card for deducting highway tolls is also required, and the vehicle must be registered under an individual aged between 18 and 60. Here are some precautions for installing ETC: Do not obstruct the driver's view; it is best to install it behind the rearview mirror: Many car models have a large inclination angle of the windshield, which can reduce the driver's field of vision. If this is not considered during ETC installation, it may increase the driver's blind spots. Installing it on the right side behind the rearview mirror can avoid obstructing the view. Do not interfere with charging: The ETC electronic tag consumes power but generally does not require charging or battery replacement because it has a solar panel on the back for self-charging. Therefore, during installation, avoid the black areas on the windshield and positions that may block the solar panel. Once installed, do not remove it arbitrarily: The button in the middle of the adhesive is an anti-removal lever connected to a switch. After the electronic tag is installed, the windshield will press the anti-removal lever in. If the tag is removed arbitrarily, the lever will pop out and trigger the switch, locking the electronic tag and rendering it unusable. In such cases, you will need to visit an ETC service point to unlock it. This mechanism is designed to prevent multiple vehicles from sharing one device. When using ETC, note the following: The ETC transaction sensing range is 8 meters. To prevent the ETC device of the vehicle in front from malfunctioning, maintain a distance of more than 10 meters from the vehicle ahead to avoid automatic toll deduction for the preceding vehicle. The recognition speed for ETC lanes is 20 kilometers per hour. Driving too fast may result in failure to read the vehicle's device information, leading to toll deduction failure. When using a debit card linked to ETC, insufficient balance may also cause toll deduction failure.
10
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.