Does the Vezel belong to GAC or Dongfeng Honda?

1 Answers
SanAthena
07/25/25 4:54am
The Vezel belongs to GAC. The Vezel is a compact SUV under GAC Honda. The vehicle has a length, width, and height of 4328 mm, 1772 mm, and 1605 mm respectively, with a wheelbase of 2610 mm and a fuel tank capacity of 50 liters. In terms of suspension, the Vezel features a MacPherson strut front suspension and a torsion beam rear suspension. Regarding its exterior, the car's front grille adopts an integrated design with a strong sense of layering, decorated with glossy black panels and thick chrome trim above. The headlights on both sides use very sharp lines, offering excellent visual effects and exuding a strong sense of aggression, making it highly recognizable.
Was this review help?
12
1
Share
More Forum Discussions

How Long Can an AT Transmission Last?

AT transmissions typically have a real lifespan of over ten years. Due to their extremely high torque tolerance, many off-road vehicles and military vehicles use this type of transmission, enduring tough towing and off-road conditions without issue. Here are methods to extend the transmission's lifespan: 1. Change the transmission fluid according to the specified time or mileage. Although many manufacturers claim the transmission is maintenance-free, the recommended fluid change interval is 60,000-80,000 km (varies by model). After the first service, it's advisable to change the fluid every 40,000-60,000 km to prevent fluid degradation. 2. Avoid leaving the transmission in D (Drive) gear when stationary for extended periods. Keeping the transmission in D gear means it remains operational, with internal parts rubbing against each other and agitating the fluid, causing the transmission to heat up. Over time, this leads to premature fluid degradation, reducing lubrication and cooling efficiency, thereby accelerating transmission wear.
5
5
Share

Which gear is the parking gear in an automatic transmission car?

In an automatic transmission car, the P gear is the parking gear. The following is an introduction to the gears of an automatic transmission car: 1. The P gear is the parking gear, used when the vehicle is parked for an extended period; 2. The R gear is the reverse gear, engaged when the vehicle needs to move backward; 3. The N gear is the neutral gear, engaged when the vehicle is parked for a short time without turning off the engine; 4. The D gear is the drive gear, where the vehicle automatically shifts gears based on throttle opening and speed data when the gear lever is in the D position; 5. The S gear is the sport mode, making the vehicle drive more sportily; 6. The M gear refers to the manual mode, where gear shifting is done manually by the driver when the gear lever is in the M position.
18
1
Share

What is the optimal RPM for a manual transmission engine?

For manual transmission engines, it is generally appropriate to shift gears within the RPM range of 1500 to 2500. High-revving engines exhibit a proportional relationship between torque and RPM within certain limits, meaning shifting at 3000 RPM will feel more powerful than shifting at 2000 RPM. Except for first gear, other gears can be shifted between 3000 to 4000 RPM. However, during actual driving, prolonged observation of the tachometer should be avoided. Below are some driving and shifting tips: 1. Avoid looking down at the gear lever while shifting: Especially when driving in urban areas or on highways, instructors advise that looking down while shifting can cause the vehicle to veer off course and lead to accidents. 2. Avoid downshifting without rev-matching: When downshifting, vehicles with synchronizers can downshift without rev-matching by using a single clutch press, but this can lead to increased wear and premature damage to components. Therefore, it is recommended to use the double-clutching method with a rev-match, regardless of whether the vehicle has synchronizers or not.
20
1
Share

Can't a motorcycle turn without leaning?

Human and vehicle form an integrated system where the resultant force of gravity, centrifugal force, centripetal force, traction, and braking must point within the area defined by the contact points between this system and the ground. Otherwise, there will be a tendency to rotate. Here is relevant information about motorcycle leaning during turns: 1. Centrifugal force: Additional centrifugal force during the process causes the resultant force to deflect outward, moving beyond the contact area between the vehicle and the ground. If the torque that causes the vehicle to flip acts for a sufficiently long time, the vehicle will flip over, resulting in the motorcycle riding the rider. The faster the turning speed and the sharper the turn, the greater the centrifugal force and the larger the deflection angle of the resultant force. 2. Tire profile: The crown of everyday motorcycle tires is an arc where the radius is greater than the tire's cross-section. This results in a limited lean angle that everyday tires can support. If a larger lean angle is necessary due to sharp turns or other reasons, it changes the motorcycle's center of gravity position and reduces the vehicle's lean angle.
6
0
Share

How Long After Painting a Car Can You Wash It?

The time required before washing a car after painting depends on specific circumstances: 1. If painted in a paint booth, the car can be washed as soon as it is driven out; 2. When painted at a professional shop, the car can be washed once the staff hands it over to the owner; 3. If the car is painted and picked up on the same day, it is recommended to wait 2 days before washing; 4. In lower temperatures, it is advisable not to wash the car for a week. Precautions for washing the car include: 1. Avoid using alkaline substances like laundry detergent or dish soap; 2. Rinse the vehicle promptly after rain or snow; 3. Avoid washing the car under direct sunlight; 4. Use a dedicated car wash cloth and wipe from top to bottom along the direction of water flow; 5. Wash the car after the engine has cooled down.
13
3
Share

How to Deal with Excessive Exhaust Gas from a Car Engine?

Methods for handling abnormally excessive exhaust gas: If the exhaust gas is abnormally excessive, the solution is to take the car to a repair shop for inspection and maintenance. Car owners should promptly visit a repair shop for a check-up to prevent more serious faults. Common causes of excessive exhaust gas formation: 1. Incorrect adjustment of fuel injection timing: If the fuel injection timing is too late, the fuel cannot be completely burned, resulting in the emission of large amounts of black smoke. 2. Excessive gap between the cylinder and piston: Too much engine oil enters the cylinder, especially during splash lubrication, where a significant amount of oil seeps into the cylinder. 3. High-temperature gas from the cylinder leaks into the oil pan: This causes the engine oil to deteriorate, become contaminated, and thin, affecting lubrication efficiency and leading to excessive exhaust gas. 4. Severe wear of piston rings or cylinder liners: This results in poor sealing between the piston and cylinder liner, ultimately causing severe exhaust gas emission from the car's side breather, insufficient power in diesel engines, and possibly blue smoke emission.
6
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.