What kind of engine oil is used for GAC Trumpchi GS3?

1 Answers
DiReid
07/30/25 1:59am
GAC Trumpchi GS3 uses 5W30 engine oil, with a filling capacity of 4.5 liters. 5W30 is the SAE grade of the engine oil, indicating its viscosity value. The number before the W represents the low-temperature usability of the oil, while the number after the W indicates the oil's stability at high temperatures, which refers to its viscosity. The GAC Trumpchi GS3 is a compact SUV model under the GAC Trumpchi brand, with dimensions of 4350mm in length, 1825mm in width, and 1655mm in height, and a wheelbase of 2560mm. The vehicle features a large front grille paired with red decorative accents, with the grille integrated into the star-ship-style headlights, giving the front fascia a very sporty appearance overall.
Was this review help?
20
3
Share
More Forum Discussions

What are the gears of the Lynk & Co 06 automatic transmission?

Lynk & Co 06's automatic transmission gears include P, R, N, D, S, L, etc. Here is a detailed introduction to these gears: R gear: R stands for Reverse, the reverse gear. N gear: N stands for Neutral, the neutral gear, which has the same meaning as the neutral gear in a manual transmission and is used for temporary parking. D gear: D stands for Drive, indicating the forward gear. In this gear, the transmission will automatically switch between gears 1-5 based on speed and throttle conditions. P gear: P stands for Parking, equivalent to the handbrake in a manual transmission. When the gear is placed in this position, the car cannot be pushed. It is the parking gear and can replace the handbrake. L gear: L stands for Low-Speed, which is the low-speed gear. In this gear, the transmission will remain in gear 1 without shifting up. S gear: S stands for Sport mode. The transmission automatically shifts between high gears 1-5. Low gears are used for urban driving, while high gears are used for long-distance highway driving.
10
0
Share

What Are the Reasons for Steering Wheel Vibration After Wheel Balancing?

The reasons for steering wheel vibration after wheel balancing include excessive engine carbon deposits, ignition system failure, and unstable oil pressure. The specific explanations are as follows: Excessive Engine Carbon Deposits: Dirty throttle valves or excessive carbon deposits on fuel injectors are the most likely causes of car vibration. When starting the car, fuel on the carbon deposits is sucked into the engine cylinders for combustion. Due to the fluctuating amount of combustible gas mixture in the engine, the car body may vibrate during cold starts. Regular cleaning of the throttle valve and other fuel system components can prevent this issue. Ignition System Failure: This is another major cause of car body vibration at idle. If there are issues with spark plugs, high-voltage wires, or ignition coils, the car body may vibrate when starting. It is advisable to check if the spark plugs have excessive carbon deposits and replace them if necessary. Unstable Oil Pressure: If the oil pump's fuel supply pressure is abnormal or the intake pressure sensor readings are inaccurate, vibration may occur. In such cases, checking the oil pressure is recommended, and timely replacement of components is necessary if required.
10
3
Share

When Does the Turbo Kick In?

Turbos start working as soon as the engine is running and exhaust gases are produced, but the effect is minimal at this stage. Full engagement varies slightly depending on the turbocharger model. The timing of turbocharger engagement is a matter of manufacturer tuning. Generally speaking, earlier turbo engagement results in better acceleration performance in the initial stages and relatively more fuel-efficient operation. Before turbo engagement, the turbocharger remains inactive. When engine RPM reaches a certain level, the turbocharger forces more air into the cylinders than the engine normally requires for combustion. With more oxygen available at the same RPM, the air-fuel mixture ignites more efficiently, producing more complete combustion. This creates greater explosive force in the cylinders, driving the pistons with increased energy. This is what we refer to as "turbo engagement". How Turbocharging Works: A turbocharger uses the inertial force of exhaust gases to spin a turbine in the turbine housing. This turbine drives a coaxial impeller, which compresses air from the intake system and forces it into the cylinders under pressure. Advantages of Turbocharging: The primary benefit of turbocharging is that it significantly increases engine power and torque without increasing displacement. Turbocharged engines are not only more fuel-efficient but also reduce emissions of CO, CH, and particulate matter.
18
2
Share

How many kilometers can the Corolla Hybrid run in pure electric mode?

The regular version of the Corolla Hybrid can run more than ten kilometers in pure electric mode, while the Corolla Hybrid E+ version can achieve a pure electric range of about 55Km. Regular Corolla Hybrid: It is a hybrid model that recovers energy during braking, downhill driving, and coasting, and uses the electric motor to assist during starting or acceleration. If the battery is sufficiently charged, it can also operate in pure electric mode at low speeds. However, the regular hybrid has a limited battery capacity, allowing only a few kilometers of pure electric driving, and the driving speed is not very high. Corolla Hybrid E+: The Corolla Hybrid E+ is an upgraded version, essentially a plug-in hybrid. Since it can be charged externally, its larger battery capacity and more powerful pure electric drive system enable a pure electric range of about 55Km. The Corolla Hybrid E+ is powered by a 1.8L Atkinson-cycle naturally aspirated engine and uses an E-CVT transmission. It features a sizable 10.5KWh Panasonic battery. In addition to the standard driving mode, it also offers three driving modes: Electric Mode (EV), Eco Mode (ECO), and Power Mode (POWER), providing different driving experiences.
20
0
Share

Where to Place the ETC Device?

The ETC device is generally installed in the upper middle part of the front windshield for most vehicles, while for large trucks and buses, it is installed in the lower middle part. The recommended installation position is at a height of no less than 1.2 meters and no more than 2.5 meters, with an installation angle between 30 to 90 degrees. For vehicles with pre-installed or aftermarket explosion-proof film, which may interfere with microwave signal transmission, the device should be installed in the microwave sunroof strip. ETC stands for Electronic Toll Collection, an electronic toll system. To apply for ETC, the vehicle owner needs to provide a valid ID card and the original and photocopy of the vehicle registration certificate. If the application is handled by a proxy, the proxy's valid ID card is also required. The photocopy of the vehicle registration certificate should include the page with the most recent annual inspection stamp. Additionally, a bank card for deducting highway tolls is needed, and the vehicle must be registered under the name of an individual aged between 18 and 60. For company vehicles, the required documents include: An introduction letter from the vehicle owner (with company seal); a photocopy of the organization code certificate or business license (with company seal); the original ID card of the proxy; the original vehicle registration certificate; and the vehicle for which ETC is to be applied. Here are some installation considerations for ETC: Do not obstruct the driver's view; it is best to install it behind the rearview mirror: Many car models have a steeply inclined windshield, which can reduce the driver's field of vision. Installing the ETC device without considering this may increase blind spots. Installing it behind the rearview mirror on the right side can help avoid obstructing the view. Do not interfere with charging: The ETC electronic tag consumes power but generally does not require charging or battery replacement, as it has a built-in solar panel for self-charging. Therefore, during installation, avoid the blackened 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-tamper lever connected to a switch. After installation, the windshield presses the lever in. If removed arbitrarily, the lever will pop out, triggering the switch and locking the electronic tag, 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 a single device. When using ETC, note the following: The ETC transaction sensing range is 8 meters. To avoid paying for the vehicle in front due to its faulty ETC device, maintain a distance of at least 10 meters. The ETC lane recognizes vehicles at a speed of 20 km/h; driving too fast may result in failed transactions due to unreadable device information. If using a debit card linked to ETC, insufficient balance may also cause transaction failures.
11
4
Share

What is the fuel consumption of the Honda XR-V?

The fuel consumption of the Honda XR-V is 6.0-6.3L/100km. The currently available Honda XR-V models include the 2022 1.5L CVT Obsidian Edition, 220TURBO-CVT Obsidian Edition; 2021 1.5L CVT Comfort Edition, Manual Classic Edition, CVT Classic Edition, CVT Luxury Edition; 220TURBO-CVT Flagship Edition, Luxury Edition, and Comfort Edition, totaling 9 models. The official NEDC combined fuel consumption is slightly lower than the actual fuel consumption, at 6.0-6.3L/100km. Among vehicles in the same class, the Haval Big Dog has an NEDC combined fuel consumption of 6.9-8.0L/100km, the Tang has 9L/100km, the Roewe RX5-MAX has 6.8-8.9L/100km, the Xingyue L has 6.8-7.8L/100km, and the Latte DHT has 4.9L/100km. The fuel consumption of a vehicle is directly related to five major factors: driving habits, the vehicle itself, road conditions, natural wind, and environmental temperature. Details are as follows: Driving habits: Aggressive driving, such as sudden acceleration, frequent overtaking, and not easing off the throttle before a red light, increases fuel consumption. The vehicle itself: Vehicles with larger displacements generally consume more fuel than those with smaller displacements because larger displacements usually mean higher power, requiring more gasoline for combustion. Heavier vehicles also have higher fuel consumption due to the need for greater driving torque. Road conditions: Driving on dirt roads, muddy roads, soft surfaces, or mountainous roads increases resistance and fuel consumption. Natural wind: Driving against the wind or on windy days increases vehicle resistance and fuel consumption. Low environmental temperatures: When the engine block is cold, the injected gasoline does not atomize easily, requiring more gasoline for combustion, which increases fuel consumption. Additionally, in cold temperatures, the engine control unit may command higher RPMs to warm up the engine, further increasing fuel consumption.
12
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.