What is the lifespan of Volkswagen's wet dual-clutch transmission?

2 Answers
DiCollin
08/31/25 3:41am
Volkswagen's wet dual-clutch transmission has a lifespan of 4 years or 60,000 kilometers. The functions of the clutch are: 1. Ensuring smooth vehicle startup; 2. Achieving smooth gear shifting. Taking the 2021 Volkswagen Magotan as an example, it belongs to the mid-size car category, with body dimensions of: length 4865mm, width 1832mm, height 1471mm, wheelbase 2871mm, fuel tank capacity 66 liters, and trunk capacity 533 liters. The 2021 Volkswagen Magotan is equipped with a 1.4T turbocharged engine, delivering a maximum horsepower of 150PS, maximum power of 110kW, maximum torque of 250Nm, paired with a 7-speed dual-clutch transmission.
Was this review help?
9
4
Share
DiGabriella
09/12/25 7:04am
I've driven a Volkswagen with a wet dual-clutch transmission for about seven or eight years, and it's proven to be quite reliable in terms of lifespan, generally lasting over 150,000 kilometers without issues. It really depends on your driving habits. If you frequently start and accelerate in heavy city traffic, the clutch will wear out faster, potentially causing problems by around 100,000 kilometers. But if you drive more steadily like I do, mostly cruising on highways, it can last up to about 180,000 kilometers. Maintenance is key—changing the transmission fluid every 40,000 to 50,000 kilometers can significantly extend its lifespan, and it's not expensive, just a few hundred bucks. The wet design relies on oil for cooling and heat dissipation, making it much more durable than dry types. Volkswagen's DSG models like the DQ250 perform well in this regard. Avoid stomping on the gas pedal and overloading the system during daily driving, and the clutch can reliably last a decade or so, which is more than enough for family cars—no need to worry about premature replacement.
Was this review help?
14
4
Share
Expand All
More Forum Discussions

How many liters does it take to fill up the Sylphy's fuel tank?

The fuel tank capacity of the Sylphy 1.2L model is 41 liters, the classic 1.6L model has a 50-liter tank, and the 1.6L-CVT version comes with a 47-liter tank. These figures are officially released data. The Sylphy uses 92-octane fuel. The 1.2L model has a fuel consumption of 3.9L per 100 kilometers, allowing a range of 1051km on a full tank. The classic 1.6L model consumes 5.2-6.1L per 100 kilometers, providing a range of 819-961km on a full tank. The 1.6L-CVT version consumes 4.9-5.3L per 100 kilometers, offering a range of 886-959km on a full tank. During daily driving, it's essential to monitor the remaining fuel level in the tank. This is typically done by observing the fuel gauge inside the vehicle. If there are no other issues, the fuel level will be accurately reflected on the gauge. The fuel gauge usually has 5 to 6 segments, and it's advisable to refuel when there are about 2 segments left to avoid running out of fuel midway. In actual refueling, the amount of fuel might exceed the marked capacity. This is because the fuel tank capacity specified by the manufacturer is measured from the bottom of the tank to the safe limit. There is additional space from the safe limit to the tank opening, which is designed to allow for fuel expansion due to temperature increases without causing overflow. If fuel is filled up to the tank opening during refueling, the actual amount of fuel added may exceed the marked tank capacity.
17
1
Share

How to Prevent Car Fires?

Methods to prevent car fires: 1. Fires usually have early warning signs, such as unusual noises or odors from the vehicle. In such cases, you should immediately turn off the engine and park the car in a sheltered area; 2. Locate the source of the fire, but avoid hastily opening the hood, as introducing air can fuel the fire. Have a fire extinguisher ready before opening the hood; 3. If the fire becomes uncontrollable, call emergency services immediately and also contact your insurance company to report the incident, obtaining a claim number or requesting an on-site assessment; 4. After the fire is extinguished by the fire department, request a fire report and an explanation of the fire cause; 5. Have the car towed to a designated repair shop as required by your insurance company and inform the insurer for damage assessment.
19
3
Share

Can a C1 License Drive a Tricycle?

C1 driver's license can drive tricycle cars, but cannot drive tricycle motorcycles. Permitted vehicle types for C1 license: The driving scope of a C1 license includes small and mini passenger vehicles, light and mini cargo vehicles; light, small, and mini special purpose vehicles; small passenger vehicles with seating capacity of 9 or fewer. Vehicles not permitted with a C1 license: large buses, tractors, city buses, medium buses, large trucks, ordinary tricycle motorcycles, ordinary two-wheel motorcycles, light motorcycles, wheeled self-propelled machinery, trolleybuses, and trams. Additionally, a C1 license cannot drive vehicles with more than 9 seats or trucks with a total length exceeding 6 meters. Passing standards for C1 license test: Traffic regulations and related knowledge (Subject 1) – written test, full score is 100, passing score is 90 or above. Field driving (Subject 2) – on-site, actual vehicle. Minimum passing score is 80, below 80 is failing. Road driving (Subject 3) – highway or simulated field, actual vehicle. Full score is 100, must achieve 90 or above to pass. Safe and civilized driving knowledge – written test, questions mainly in the form of cases, pictures, animations, etc., including true/false, single-choice, and multiple-choice questions, totaling 50 questions, full score is 100, passing score is 90.
7
2
Share

What causes the car to shake when accelerating from 60 to 80 mph?

The reasons for the car shaking when accelerating from 60 to 80 mph are as follows: Loose drive shaft: Check if the drive shaft (i.e., the half shaft) is loose. You can also perform a test drive to inspect. The inspection method is to release the throttle and shift to neutral at 80 mph. If it doesn't shake, it's a half shaft issue. If it still shakes, perform a four-wheel dynamic balance check to see if there is water inside the tires. Excessive gap in suspension ball joints or connecting components: When the car accelerates from 60 to 80 mph, the front body shakes, but it doesn't shake when not pressing the throttle or at other speeds. This is caused by excessive gaps in the front suspension ball joints or connecting components, which create shaking at a certain frequency. It is necessary to go to a repair shop to adjust the toe-in and front wheel alignment.
12
4
Share

Does Using Air Conditioning While Parked Damage the Car?

Using air conditioning while parked can indeed harm the vehicle. Keeping the car idling with the AC on for extended periods leads to several issues: it increases fuel consumption, accelerates engine carbon buildup, and in poorly ventilated areas or garages, may cause carbon monoxide poisoning for occupants. Below are the specific hazards of leaving the air conditioning on while the car is parked: 1. Carbon Monoxide Production: When the engine runs, incomplete combustion in the cylinders can produce high concentrations of carbon monoxide. While driving, air flow through the AC system ensures low CO levels inside. However, when parked with AC on and windows closed, stagnant air allows CO from the exhaust to accumulate, potentially leading to poisoning or fatalities. 2. Battery Drainage: Although the AC compressor is engine-powered, the blower fan relies on the battery. During idling, the alternator may not sufficiently recharge the battery, causing prolonged power depletion from continuous blower operation. 3. Engine Carbon Deposits: Extended AC use while idling increases fuel consumption and significantly contributes to carbon buildup within the engine components.
13
0
Share

Is a car temperature of 90 degrees normal?

When driving normally, the optimal temperature range for a car is between 70~90℃. If the temperature exceeds 90 degrees Celsius and remains high, it indicates abnormal engine operation. A car engine requires a specific operating temperature to function properly; temperatures that are too high or too low can adversely affect the engine's normal operation and performance. Below is an introduction to car engines: Classification of engines: Based on the power source, car engines can be divided into diesel engines, gasoline engines, electric vehicle motors, and hybrid engines. Principle of engines: Common gasoline and diesel engines are reciprocating piston-type internal combustion engines that convert the chemical energy of fuel into the mechanical energy of piston movement to output power. Gasoline engines have high rotational speeds, are lightweight, produce less noise, are easier to start, and have lower manufacturing costs. Diesel engines have higher compression ratios, better thermal efficiency, and superior economic and emission performance compared to gasoline engines.
9
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.