How to Use the Hidden Functions of the Haval M6 Key?

2 Answers
VanJackson
07/24/25 3:50am
This car's remote key has several hidden functions: if the car is unlocked but no door is opened, the vehicle will automatically lock after 30 seconds; when the ignition is turned off, the doors cannot be locked remotely if they are not properly closed; and the doors cannot be locked if the key is inside the car. Here is some related information: 1. Nowadays, car remote keys are becoming increasingly intelligent, and manufacturers have made many improvements to enhance the user experience. 2. Some luxury car brands now offer keyless entry functionality, and vehicles with keyless entry usually also come with a push-button start feature. This means you don’t need to press the unlock button on the key to open the door before getting in, and you can start the engine with just one push of a button.
Was this review help?
14
4
Share
WalterDella
08/10/25 11:27pm
The Haval M6 car key has several hidden features that are quite practical, and I often use them while driving. For example, holding down the unlock button for a few seconds automatically lowers all the windows, which is especially refreshing for ventilation on hot summer days. Conversely, when locking the car, holding the lock button for a few seconds automatically closes all the windows tightly, preventing the risk of forgetting to close them and getting rained on. In large parking lots where it's hard to find your car, pressing the lock button twice in succession triggers flashing lights and a short horn sound to help you locate it accurately. The trunk release button is straightforward to operate, saving the hassle of fumbling for the key. Note that the operating distance should ideally be within 30 meters to avoid failure, and insufficient battery power can also cause malfunctions, so handle the key with care to avoid drops or impacts. These features make daily car use more convenient and comfortable, and I recommend trying them out to develop the habit.
Was this review help?
20
5
Share
Expand All
More Forum Discussions

Which is the accelerator and which is the brake in a car?

The accelerator and brake of a car must be controlled by one foot, and their positions are as follows: 1. Manual transmission: The leftmost is the clutch, the middle is the brake, and the rightmost is the accelerator. 2. Automatic transmission: The left is the brake, and the right is the accelerator. For automatic transmission cars, only one foot, usually the right foot, is used for control. It is prohibited to use the left foot for the brake and the right foot for the accelerator. Precautions for controlling the brake and accelerator: When driving, the right forefoot should be used to control both the brake and accelerator, with the right heel on the ground. When switching between the accelerator and brake, do not lift the leg. The standard posture should be to keep the heel stationary and pivot the foot to press the accelerator or brake.
6
2
Share

Can You Suffocate from Sleeping in a Car?

Sleeping in a car is unsafe and may pose risks of poisoning or suffocation. Here are precautions for resting in a vehicle: 1. Ventilate by opening windows: Leaving a small gap can facilitate air circulation. Whether in hot summer or cold winter, this gap might be your lifeline. 2. Activate the external air circulation mode: Many drivers habitually use internal air circulation with the AC, which isn't wrong, but it's advisable to switch to external circulation when resting. 3. Regularly check for exhaust pipe leaks and window seals: Carbon monoxide from vehicle exhaust can accumulate inside if it leaks, increasing the risk of poisoning. A damaged exhaust pipe makes it easier for exhaust to enter the car, raising hazards. Keeping windows closed is also for this reason. 4. Park in open outdoor areas whenever possible: Confined spaces are more prone to carbon monoxide buildup, and underground parking garages often have poor air circulation. When resting, park the vehicle in an open outdoor area to ensure fresh air flow.
8
2
Share

Will Using Thinner to Clean a Car Affect the Paint?

Here is a detailed explanation of how using thinner to clean a car can affect the paint: 1. Paint Dissolution: Using thinner to remove asphalt will also dissolve the car paint. Even if you rinse it with water immediately, it will still partially melt the original paint. 2. Rust: Over time, you will notice that the areas cleaned with thinner differ from other parts of the car, and rust may even appear. Below is additional information about thinner: 1. First Characteristic of Thinner: It evaporates easily and quickly. Within a short period, the evaporated vapors can spread several meters or even dozens of meters away. When these vapors encounter an open flame, they can ignite, and the flame can travel back along the airflow, causing intense combustion. When the concentration of evaporated vapors in the air reaches a certain ratio, a strong explosion can occur, leading to significant economic losses and casualties. Therefore, when using thinner, ensure the workspace has good ventilation and strictly prohibit open flames. 2. Second Characteristic of Thinner: It has good insulation properties and easily generates static electricity. When a plastic container holding thinner is shaken repeatedly, the static charge can reach tens of thousands of volts, which can easily cause a fire.
19
1
Share

Is je493zlq6e an Isuzu engine?

je493zlq6e is an Isuzu engine. Here is the relevant information: 1. This engine is produced by Jiangxi Isuzu Engine Co., Ltd. It is a China VI emission engine upgraded from the Isuzu 4JB1, with a displacement of 2.8T and a maximum power of 88KW. 2. The predecessor of Isuzu Motors was the Tokyo Ishikawajima Shipyard established in Shinagawa-ku, Tokyo in 1916. In 1922, it produced the A9-type passenger car; in 1933, the company merged with Datong Motors. In 1937, the company merged with Tokyo Gas and Electric Industry Co., Ltd. and Kyoto Domestic Co., Ltd. to form Tokyo Automobile Industry Co., Ltd.; in 1949, it was renamed Isuzu Motors. The company produces a wide variety of vehicles and is a major manufacturer of heavy-duty and light-duty trucks. Its passenger car brands include Gemini and Florian.
13
4
Share

Does idling with the AC on harm a car?

Idling with the AC on does not harm the car. Here are the specific details about idling with the AC on: 1. Impact of idling with the AC on: Idling with the AC on may affect your health, and in severe cases, it can be life-threatening. When a car idles with the AC on in a relatively enclosed space, it can draw exhaust fumes into the cabin, leading to carbon monoxide poisoning. The biggest impact is on fuel consumption, followed by wastage. When driving with the AC on, the power consumed by the AC only accounts for a very small part of the engine's idle energy. 2. Impact on the engine: The engine not only drives the AC compressor but also needs to maintain the normal operation of the steering and brake booster pumps, which means it is wasting power. 3. Fuel consumption and engine displacement: According to relevant tests, for a typical family car, idling with the AC on for about an hour consumes approximately 1-2 liters of fuel.
2
0
Share

What is the Principle of Automatic Transmission?

There are four types of automatic transmission principles, each described as follows: Hydraulic Automatic Transmission: It achieves automatic shifting through a combination of hydraulic transmission and planetary gears. Mechanical Continuously Variable Transmission (CVT): It transmits engine power via a steel belt and the grooves of two pulleys, from the primary pulley to the secondary pulley, and then through the main reducer to the drive wheels, enabling power transmission. Electronically Controlled Mechanical Automatic Transmission: It interprets driver intentions through the accelerator pedal and selector, with numerous sensors constantly monitoring vehicle status. A microcontroller controls throttle opening, clutch engagement, and gear shifting based on stored optimal programs to achieve the best match, resulting in excellent driving performance, smooth starting, and rapid shifting capabilities. Dual-Clutch Automatic Transmission (DCT): It arranges the gears on two input shafts connected to two clutches, with odd and even gears separated. The shifting process is completed by alternately switching the clutches.
3
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.