What are the differences between the Volkswagen Golf 7th generation and 7.5th generation?

1 Answers
ElizaLynn
07/29/25 8:24pm
The Golf is Volkswagen's most successful product following the Beetle. The 7th generation Golf has been in production since 2012, with the 2017 model introducing the Volkswagen Golf 7.5th generation facelift. The differences between the Golf 7th generation and 7.5th generation are as follows: 1. The Golf 7.5 features a redesigned bumper, new LED daytime running lights, a new grille, and new wheel arch designs. 2. The Golf 7.5 is the first to come with a 12.3-inch large LCD screen, leather-wrapped steering wheel, a 9.2-inch LCD screen, and adds an in-car PM2.5 filtration system. 3. The most significant highlight of this mid-cycle facelift is that the 1.4T models have switched from the semi-independent suspension of the original Golf 7th generation to an independent suspension.
Was this review help?
9
2
Share
More Forum Discussions

Do I Need to Retake Subject One When Upgrading from C2 to C1?

C2 to C1 license upgrade requires retaking all four subjects (Subject One to Subject Four) for the C1 vehicle type. You can directly apply for the C1 upgrade at the vehicle management office service hall with your C2 driver's license. Correctly fill out the driver application form, pay the relevant fees, and then obtain a driver's test skill form to schedule the specific exam dates with the staff. After passing all tests successfully, you will receive your C1 driver's license. C1 Driver's License Test: The test subjects include four items: traffic regulations and related knowledge, field driving, road driving, and safe and civilized driving common sense. Passing Standards: Traffic Regulations and Related Knowledge (Subject One) – Written test, full score of 100, passing score is 90 or above. Field Driving (Subject Two) – On-site, actual vehicle. Minimum passing score is 80, below 80 is a fail. Road Driving (Subject Three) – Highway or simulated site, actual vehicle. Full score of 100, must achieve 90 or above to pass. Safe and Civilized Driving Common Sense – Written test, questions mainly in the form of cases, pictures, animations, etc., including true/false, single-choice, and multiple-choice questions. Total of 50 questions, full score of 100, passing score is 90.
5
3
Share

How Many Kilometers Can You Drive with a Quarter Tank of Fuel?

A quarter tank of fuel can typically last for about 200 kilometers. However, if the fuel level is too low, it may damage the fuel pump. The fuel pump is located at the bottom of the fuel tank and starts working as soon as the car is turned on. The heat generated by the fuel pump is cooled by the gasoline in the tank. If the fuel level is too low, the fuel pump becomes exposed, meaning it is not submerged in gasoline, which can cause it to overheat and eventually burn out. Therefore, it is advisable to maintain at least a quarter tank of fuel and refuel promptly when the level drops below this threshold. Below are some additional insights: 1. Choosing the Right Gasoline: The octane rating of gasoline indicates the proportion of iso-octane, which has good anti-knock properties. For example, 95-octane gasoline contains about 95% iso-octane and 5% n-heptane, which has poor anti-knock properties. Higher octane ratings indicate better anti-knock performance. It is recommended to follow the fuel grade specified in the vehicle's manual or the label inside the fuel tank cap. 2. Precautions: Many car owners tend to fill the fuel tank to the brim or until the pump automatically stops. However, this can be risky, especially in summer, as fuel expands due to thermal expansion and may overflow. Overfilling can also damage the carbon canister, as excess fuel may flow into it along with fuel vapors, causing malfunctions. A damaged carbon canister cannot filter fuel vapors effectively, allowing gasoline to enter the vehicle's interior, which is hazardous.
2
5
Share

What does the A on the 2009 Magotan's air conditioning mean?

2009 Magotan's air conditioning with A is the switch for internal and external air circulation. When the switch is pressed and illuminated, it indicates the internal circulation mode is activated, while turning it off switches to external circulation mode. Below is some related information about the Magotan: 1. Performance: The Magotan is equipped with a 1.8TSI engine, which is the latest generation engine from Volkswagen Germany. It incorporates the most advanced engine technology globally and leads the development trend of gasoline engines. The new 1.8TSI engine combines turbocharging technology with direct gasoline injection, delivering greater power and improved torque characteristics. It can continuously achieve a maximum rated output power of 118 kW within the speed range of 5,000 to 6,200 rpm. Compared to traditional 2.4L naturally aspirated engines, its powerful performance advantages are even more pronounced. Flawless Comfort and Driving Control 2. Safety Features The new Magotan inherits the high technological standards of German sedans. In terms of active safety, the Magotan 1.8TSI and all models are equipped with the highest-level ESP electronic stability program, effectively preventing body skidding when avoiding obstacles at high speeds, thereby maximizing the safety of the driver and the vehicle. The active safety of the Magotan is thus enhanced. The new Magotan 1.8TSI and all models feature an HSB high-strength body structure design, with 74% of the body structure made of high-strength and ultra-high-strength steel plates, significantly improving structural strength while reducing body weight. The Magotan employs advanced seamless laser welding technology, with a total weld length of 42 meters, ensuring the strength of all body joints matches that of solid steel plates. It is equipped with up to 10 airbags and side curtains, providing the most effective and comprehensive protection for occupants in frontal and side collisions. Such comprehensive passive safety measures earned the Magotan the highest five-star rating in the European NCAP crash test. 3. Exterior Design: The exterior design of the Magotan was meticulously crafted by German experts, incorporating the latest fashion elements in car design. Its dynamic and elegant styling represents the newest European automotive design philosophy. The bold V-shaped front grille exudes stability and sophistication, while the sleek and stylish body lines give the Magotan an impressively low drag coefficient of 0.28. The latest design concept is reflected in the "compound fisheye" adaptive turning bi-xenon headlights, showcasing intelligence and composure. The refined and minimalist LED taillight design embodies the fusion of technology and art. The side profile maintains the classic "diamond proportion," clean and smooth, maximizing interior space while maintaining balanced length, width, and height dimensions.
4
3
Share

Is the OBD Fuel Saving King Effective?

obd fuel saving king is not effective. OBD fuel savers fundamentally cannot modify the core data of the vehicle's ECU. Reprogramming a car's ECU requires professional computer programs and experimental models to simulate the data. OBD fuel savers can only receive and send signals and data; they cannot decrypt the manufacturer's encrypted data and, in reality, offer no fuel-saving benefits. Below is an introduction to OBD fuel savers: It is a power fuel optimization device (based on the OBD protocol) that can adjust the car according to the driver's habits, remap the car's computer ECU, and self-adjust.
20
2
Share

Can a cut on the inner side of a tire be repaired?

It depends on the depth of the cut. If the depth is not too deep, it can be repaired. If the depth is too deep, it is recommended to replace the tire immediately. Several situations where a tire cannot be repaired: Damage to the tire sidewall cannot be repaired; puncture holes on the tread with a diameter exceeding 6 millimeters cannot be repaired; irreparable damage includes bead damage or deformation, tread deformation, rubber corroded by chemicals, or damage caused by running the tire flat; tires with bulges cannot be repaired.
6
0
Share

How to Correctly Drive Through Flooded Roads

Correct methods for driving through flooded roads are: 1. Before entering flooded areas, maintain sufficient distance from preceding vehicles. Follow the tracks of vehicles ahead on unfamiliar roads to avoid encountering submerged obstacles; 2. Slow down, honk frequently, and yield patiently to pedestrians - never compete for right of way to prevent accidents; 3. If wheels get stuck in mud, engage first gear or reverse gear to slowly maneuver out; 4. After exiting flooded sections, avoid immediate high-speed driving. Repeatedly test brakes while moving to confirm proper functionality before resuming normal driving.
7
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.