How to open the sunroof on a BYD G6?

2 Answers
Finn
07/29/25 6:37am
Locate the sunroof button after entering the car and powering it on. Then find the switch button for opening the sunroof. Generally, the sunroof switch is positioned near the front windshield at the front of the sunroof. To open the sunroof, slide the sunroof shade open. There's a handle at the front of the sunroof shade - simply slide it backward to open, then activate the sunroof. Hold the sunroof button and pull backward for a sliding-open operation, or press upward for a tilt-up function. Different car models may have slightly varied sunroof controls, but they generally follow similar principles. Remember to first open the sunroof's first layer. After entering the car and powering it on, locate the sunroof close button, then rotate the sunroof switch to initiate closing.
Was this review help?
5
1
Share
JacksonDella
08/12/25 10:02am
I've been driving the BYD G6 for a while, and operating the sunroof is quite simple. First, start the car's ignition, then locate the sunroof button on the overhead control panel, usually above the front seats. A gentle push of the button will tilt the sunroof open first, allowing for ventilation; if you push up further or hold the button, it will slide open completely. Remember not to open it too wide while driving, as strong winds might make it uncomfortable. Additionally, opening the sunroof on sunny days is quite enjoyable and helps with air circulation inside the car. Regularly cleaning dust from the tracks is important to prevent jamming and ensure smooth operation. BYD's design is quite user-friendly, with one-touch operation for all functions.
Was this review help?
10
5
Share
Expand All
More Forum Discussions

How to Use BMW Screen Sharing?

Download the vehicle interconnect APP. After installation, start the interconnect software on your phone and keep it running normally. Match and connect the phone to the car's Bluetooth, then enable the USB debugging function on your phone. Start the interconnect software on the car's system. Once the car system successfully synchronizes with the phone applications, the interconnect main page will be displayed. Use the phone mirroring function to achieve phone function mapping, enabling screen sharing. Additional information (BMW series include the following): As one of the three major German luxury brands, BMW not only holds a high market share and recognition in the domestic new car market but also boasts acceleration and high-speed performance that are among the best in the world automotive industry. The numeric series models include the 1 Series, 3 Series, 4 Series, 5 Series, 6 Series, and 7 Series. 1 Series: A compact car. 3 Series: A diverse success, a simple, sleek, and sporty premium sedan. 4 Series: Positioned between the 3 Series and 5 Series, offering a premium price. The new 4 Series' overall dynamic design will attract a younger consumer base and serve as a viable alternative to the high-end 6 Series Coupe. 5 Series: Personality, exemplar, dynamism—the BMW 5 Series: Wisdom forged through experience, the courage to challenge limits. 6 Series: The most elegant way is to embark on your journey in a BMW 6 Series. 7 Series: Offers stability and agility beyond other sedans.
2
4
Share

What are the benefits of torsion beam suspension?

Torsion beam suspension is the most common type of non-independent suspension in automobiles. The advantages of this suspension include simple structure, compact size, minimal space occupation, good reliability and durability, and low cost. Torsion beam suspension is a type of rear suspension that uses a torsion beam to balance the vertical movement of the left and right wheels, reducing vehicle sway and maintaining stability, making it a type of non-independent suspension. Below are the characteristics of torsion beam suspensions in various major models: 1. The SX4's torsion beam rear suspension also adopts a separated shock absorber and spring layout, with the rear drive half-shaft passing through the middle. Unlike the Luxgen 7, the SX4's torsion beam is designed offset from the wheel axis, with the torsion beam located above the differential, resulting in greater rear axle ground clearance. 2. The Luxgen 7's composite torsion beam rear suspension features a separated shock absorber and spring design, with the drive half-shaft passing between the shock spring and shock absorber to connect to the drive wheel. Meanwhile, the torsion beam is offset downward to avoid the differential and drive half-shaft, which results in relatively reduced rear axle ground clearance. The Luxgen's rear suspension torsion beam is designed close to the rear wheel axis, resembling a solid axle, providing excellent load-bearing capacity. 3. The Buick Encore's rear suspension uses a torsion beam suspension, with a layout similar to the overseas version of the SX4. The shock absorber and spring are arranged separately, with the half-shaft passing between them to connect to the rear drive wheel, and the torsion beam located above the differential and drive half-shaft.
20
3
Share

What does China 6b mean?

China 6b is a type of China 6 emission standard. The China 6 standard is divided into China 6a and China 6b standards, with the China 6b standard being more stringent. Most vehicles that comply with the China 6 standard meet the China 6b standard. Starting from July 1, 2019, China has already implemented the China 6 emission standard. With the increasing severity of global environmental pollution issues, countries around the world are introducing stricter emission standards, which is beneficial for protecting the Earth's environment. Stricter emission standards can regulate automakers, encouraging them to develop more environmentally friendly vehicles.
15
5
Share

Method to Reset the Maintenance Light on a Land Rover Evoque

The method to reset the maintenance light on a Land Rover Evoque is as follows: 1. Press the one-touch ignition button. 2. Use the function keys on the right side of the steering wheel, which include four directional keys and one OK key, to locate the vehicle information option on the dashboard. 3. Find the 'Latest Alert' option and press OK to enter. 4. Simultaneously press and hold the 'Down' key on the right side of the steering wheel and the 'i' button at the end of the turn signal stalk, maintaining this action for about 10 seconds to complete the reset. Finally, restart the vehicle to check if the reset was successful. If not, repeat the procedure.
20
1
Share

How to Maintain a Pure Electric Vehicle?

Introduction to the maintenance of pure electric vehicles: 1. Maintenance of the exterior and motor of a pure electric vehicle: The first step in maintaining an electric vehicle is an exterior inspection, which includes checking the steering wheel, seat belts, various switches inside the car, and whether the combination instrument is functioning normally. It also involves verifying the functionality of the lights and horn, the aging degree of components like the wipers, the inflation condition of the tires, and whether there is any damage or wear. Electric vehicles require checking the antifreeze, brake fluid, and windshield washer fluid. Electric vehicles also have antifreeze, but unlike traditional vehicles, the antifreeze is used to cool the motor and needs to be replaced according to the manufacturer's specified time, generally every 2 years or 40,000 kilometers. The type of antifreeze is exactly the same as that of traditional cars. Gear oil (transmission oil) is a fluid that needs to be replaced more frequently in electric vehicles, but the replacement cycle varies by manufacturer. 2. Maintenance of the battery pack of a pure electric vehicle: The battery pack is the most critical part of the chassis inspection. The battery pack is usually composed of about a hundred independent batteries, and in case of a malfunction, it is generally repaired professionally by the manufacturer. During vehicle maintenance, the 4S shop will visually inspect the battery for damage and connect to a computer to check for any fault records in the battery. In addition, electric vehicles are equipped with an onboard terminal system, which is used to monitor the battery status of the vehicle and upload it to the manufacturer's server and government server. In case of abnormal battery status and potential danger, the owner will be notified. Chassis inspection includes issues such as chassis damage, deformation, loose screws, and fluid leakage.
9
0
Share

What does excessive wear of brake pads mean?

Excessive wear of brake pads refers to a brake pad warning, usually indicating that the brake pads have reached their wear limit and need to be replaced promptly. Failure to do so may result in brake failure and damage to the brake disc. There is also a less common cause that can trigger an excessive wear warning for brake pads: when the brake pad wear sensor is damaged and an open circuit occurs, it may cause a false alarm, and the vehicle's dashboard will display an excessive wear warning for the brake pads. Below is relevant information: 1. Automobile brake pads: Automobile brake pads refer to the friction materials fixed on the rotating brake drum or brake disc of the wheel. The friction lining and friction blocks bear external pressure to generate friction, thereby achieving vehicle deceleration. Automobile brake pads are generally composed of steel plates, adhesive insulation layers, and friction blocks. The steel plates are coated to prevent rust, and the coating process is monitored using an SMT-4 furnace temperature tracker to ensure the temperature distribution during the coating process meets quality standards. 2. How brakes work: The working principle of brakes mainly relies on the friction between the brake pads and the brake disc (drum), as well as between the tires and the ground, to convert the kinetic energy of the moving vehicle into heat energy through friction, thereby stopping the vehicle. A good and efficient braking system must provide stable, sufficient, and controllable braking force, and have excellent hydraulic transmission and heat dissipation capabilities to ensure that the force applied by the driver on the brake pedal is effectively transmitted to the master cylinder and sub-cylinders, while avoiding hydraulic failure and brake fade caused by excessive heat.
17
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.