How many USB ports does the Trumpchi GS5 have?

2 Answers
Maria
07/29/25 4:49am
The Trumpchi GS5 has two USB ports, one located next to the cigarette lighter and another in the rear row. Higher-end models only have one. The USB ports can utilize the vehicle's standard power supply to charge electronic devices via USB or serve as fixed power interfaces for electrical appliances. USB ports are part of the vehicle's transmission line, offering advantages such as fast transmission speeds, ease of use, hot-swappable support, flexible connectivity, and independent power supply. Precautions for using USB ports: 1. Charging when the engine is running: Charging should only be done when the vehicle's engine is running to avoid damaging the power converter due to unstable power supply. 2. Avoid connecting too many devices: Excessive load can damage the car battery and alternator. 3. Avoid usage during thunderstorms: To prevent lightning strike incidents. 4. Avoid using USB ports in humid environments: Rust or water stains may cause the USB drive to fail to connect properly.
Was this review help?
5
2
Share
VanKaleb
08/12/25 8:29am
I remember when I drove the GAC GS5, there was only one USB port in the front row, located under the center console, which was convenient for plugging in a phone to charge or connect to CarPlay for music. It was quite handy for daily use, especially during long drives when I could navigate and charge simultaneously without needing an extra charger. The only downside was that it wasn’t very convenient for rear passengers to charge, so I often recommended friends to bring a USB hub to expand the ports for multiple devices. The USB port was Type-A, compatible with most phone cables, and the speed was decent for data transfer without lag. Regularly cleaning the port to avoid dust buildup helps extend its lifespan. Overall, the design felt simple and practical, well-suited for city driving.
Was this review help?
13
5
Share
Expand All
More Forum Discussions

Is Replacing a Water Pump Considered a Major Overhaul?

Replacing a water pump is not considered a major overhaul. A major overhaul in automotive terms refers to completely disassembling the engine and replacing components such as cylinder liners, piston rings, and the timing system. From this, it's clear that merely replacing a water pump does not qualify as a major overhaul. The water pump is just a single component located near the engine's timing system and does not require complete engine disassembly, so it doesn't count as an engine overhaul. Moreover, water pumps tend to fail before the engine does, so timely replacement is essential. Symptoms of a faulty water pump: 1. Reduced Cooling Circulation: A damaged water pump can weaken or even stop the cooling circulation, leading to coolant boiling. 2. Leakage Near the Pump: Leaks may occur near the water pump area of the engine. Coolant leakage can leave traces around the pump's vent holes, resulting in symptoms like high engine temperature due to insufficient coolant. 3. Unusual Noises: Abnormal noises from the water pump while the engine is running. These noises may be caused by internal debris or worn bearings.
18
2
Share

When Should Spark Plugs Be Replaced?

Spark plugs should be replaced under the following circumstances: 1. Engine idling becomes rough; 2. Vehicle experiences poor acceleration with increased fuel consumption; 3. Difficulty in starting the engine; 4. Engine vibration when air conditioning is turned on. A spark plug mainly consists of a terminal nut, insulator, terminal stud, center electrode, side electrode, and metal shell, with the side electrode welded onto the shell. The function of a spark plug is to discharge high-voltage pulses delivered through the ignition wire, creating an electric spark by ionizing the air gap between its electrodes to ignite the air-fuel mixture in the combustion chamber. Under high voltage, the air between the center electrode and side electrode rapidly ionizes, forming positively charged ions and negatively charged free electrons.
1
0
Share

What is the maximum RPM for a CVT transmission?

During the break-in period of a new car, the maximum speed should not exceed 100 kilometers per hour, and the engine RPM should not exceed 3000. Generally, RPMs above 3000 are considered high. CVT refers to a type of automotive transmission, also known as a continuously variable transmission. The difference between a CVT and a stepped transmission is that its gear ratio is not a series of discrete points but a continuous range of values. This results in excellent power delivery and smooth driving, while also reducing emissions and costs. A CVT can achieve continuously variable transmission over a wide range, allowing optimal matching between the drivetrain and engine conditions. By adjusting the transmission ratio continuously, it adapts to various vehicle speeds, keeping the engine operating in its optimal range for extended periods. This improves combustion efficiency and, consequently, fuel economy. Advantages of CVT: A CVT can achieve closed-loop control with the engine, fully utilizing the engine's maximum torque. Its torque multiplication performance is significantly better than that of manual transmissions (MT) and automatic transmissions (AT). Therefore, when installed in SUVs that require strong torque, the CVT's characteristics make its power performance notably superior to MT and AT. CVTs use a belt and variable-width pulleys for power transmission. When the pulley width changes, the contact radius of the belt on the driving and driven pulleys adjusts accordingly, enabling variable transmission. The belt is typically made of rubber, metal, or a metal chain. For a CVT transmission, it's best not to exceed 2000 RPM when starting. If the gear is low and the throttle is wide open, high RPMs can accelerate engine wear. Generally, engine RPM can reach 1200-1500 at startup. In cold weather, the RPM may be even higher because the engine would stall if the RPM were too low, and a slightly higher RPM helps warm up the engine faster. During a cold start, RPM should not be too high because the lubricating oil cannot reach the upper parts of the engine quickly. To minimize wear, keeping RPM below 2000 is advisable. Once the engine stabilizes, the RPM will drop to around 800. RPM is crucial in daily vehicle use as it reflects the engine's operating condition. If the RPM is too low, fuel combustion in the cylinders may be incomplete, leading to carbon buildup over time, which can cause significant engine damage.
1
5
Share

Is the Audi Q7 a 4WD vehicle?

Audi Q7 is a 4WD vehicle with a full-time four-wheel-drive system. The Q7 is equipped with Audi's proprietary Quattro four-wheel-drive system, which is utilized in multiple performance models under the Audi brand. With the support of the four-wheel-drive system, the vehicle's power performance is significantly enhanced. In terms of interior design, the Q7 maintains the simplicity and avant-garde style characteristic of other Audi models. The dual-ring instrument cluster and the center console feature an integrated design. The three-spoke steering wheel includes basic audio control functions, with paddle shifters located at the rear, combined with a breathable grip and anti-slip buckle design, ensuring both sporty aesthetics and excellent handling performance.
5
2
Share

Where is the Focus battery located?

The Focus battery is located in the engine compartment on the right side under the hood, beneath a plastic cover with square holes. Remove the plastic cover to access it. The replacement interval for the Focus battery is 60,000 kilometers, and owners should inspect and replace it as needed at 20,000 kilometers. The Focus is a compact car under the Ford brand, with dimensions of 4368mm in length, 1823mm in width, and 1483mm in height, and a wheelbase of 2648mm. It is equipped with a 4-cylinder naturally aspirated 1.6L 125 horsepower engine, paired with a 5-speed manual transmission. The drivetrain is front-engine, front-wheel drive, with a front MacPherson strut independent suspension and a rear multi-link independent suspension.
1
0
Share

Is the Sunra Lithium Battery Safe?

Sunra lithium batteries are very safe. Sunra has deeply integrated automotive-grade lithium battery technology with lithium iron phosphate (LiFePO4) batteries, which not only significantly enhances the lifespan and temperature adaptability of LiFePO4 batteries but also markedly improves their safety. Sunra has modified the LiFePO4 battery cells into an olivine structure, effectively preventing lattice collapse during lithium-ion intercalation and deintercalation. This modification helps slow down battery degradation and extends the charge-discharge cycle life. More details are as follows: Technology Used: Sunra employs the industry-first PACK group potting technology between battery cells, utilizing a new nano-ceramic particle potting coating for better thermal insulation and higher safety, ensuring excellent performance at temperatures ranging from -20°C to 55°C. Additionally, Sunra uses ultra-high-capacity cells with a single-cell capacity of up to 4000mAh, featuring lower internal resistance and reduced heat generation. With fewer cells in parallel, the consistency among individual cells is higher, thereby improving the overall battery performance. Before Assembly: Every LiFePO4 battery supported by Sunra's automotive-grade lithium technology undergoes 16 electrical performance standard tests, 11 safety inspections, and 6 scenario-based tests before assembly to ensure battery safety. Moreover, with the 12 major protections and 3 safety technologies provided by the dedicated BMS intelligent power control system, the battery's safety is further enhanced. It is worth noting that every Sunra automotive-grade lithium battery complies with the national 3C mandatory certification, guaranteeing both quality and control.
9
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.