What is the reason for code68 not starting?

1 Answers
Tim
07/25/25 3:09pm
code68 not starting reasons and solutions are as follows: Reasons for code68 not starting: code68 not starting is a problem caused by the battery, which may need replacement, or there may be corrosion at the battery terminals leading to poor connection. Solutions for code68 not starting: A temporary solution is to open the engine compartment, disconnect the negative terminal of the battery (the red terminal is the positive and does not need to be disconnected), wait for ten minutes, then reconnect the negative terminal and check if the vehicle can start. If it can, drive to a nearby repair shop for inspection. Use a specialized automotive computer to diagnose and clear the fault code.
Was this review help?
7
2
Share
More Forum Discussions

Which gear to use for hill start?

Use first gear for hill start. Key points: Upon hearing the "hill start and stop" instruction, immediately turn on the right turn signal and steer towards the right side of the area; when approaching the roadside, slightly turn the wheel left, then quickly straighten it right to keep the car parallel to the roadside within 50cm (using the white line at the front parking spot as a reference, do not cross the white line); depress the clutch and slowly approach the stopping point. When the small rearview mirror on the right hood aligns with the stop sign, press the foot brake, stop, pull the handbrake (until two clicks are heard), and turn off the turn signal; before starting, shift to first gear, turn on the left turn signal, and honk once; slowly release the clutch while holding the handbrake lever ready to start; when the car body vibrates or gear engagement sounds are heard, release the handbrake, and the car will move forward (some instructors may use the technique of slowly releasing the clutch while pressing the accelerator to start, with the same result in the road test). Test purpose: To assess the driver's ability to operate the vehicle on a slope, accurately judge the vehicle's position, and correctly use the brake, gear, and clutch to meet the needs of stopping and starting on an uphill section.
18
5
Share

Porsche or Maserati for 1 Million?

Porsche is a German automobile brand, while Maserati is an Italian car brand. Both are outstanding representatives in the luxury car segment. Among domestic consumers, Maserati and Porsche are considered superior to BBA (BMW, Benz, Audi). If asked, 'Which is better, Maserati or Porsche?' it would indeed require a thorough comparison to determine the winner. The specific details are as follows: 1. Brand Recognition: In terms of brand recognition, Porsche has an incomparable advantage. In the 2017 ranking of the world's top ten famous car brands, Porsche was listed, while Maserati was nowhere to be found. Domestic consumers' admiration for Porsche is undoubtedly more direct than for Maserati. 2. Sales Volume: Sales might help determine the winner. In 2017, Maserati's global sales reached 48,700 units, a year-on-year increase of 21%, with annual sales in the Chinese market reaching 14,498 units, a year-on-year growth of over 18%. In contrast, Porsche's global sales in 2017 were 246,375 units, a year-on-year increase of 4%. Among these, sales in China ranked first globally, reaching 71,508 units, a year-on-year growth of 10%.
4
1
Share

Does Idling Affect the Car?

Idling has a certain degree of harm to the vehicle. Why idling consumes fuel: The cylinders consume fuel during operation, and idling is equivalent to doing useless work. According to the law of energy conservation, the fuel is converted into heat and lost, while the car does not move at all. The reason for fuel waste is that when the engine speed is very low (idling is generally the lowest point), the leakage of the valves and piston rings increases, and the contact time between the combustion gases in the cylinder and the cylinder wall lengthens, increasing heat dissipation losses, thus causing the engine's fuel consumption to rise. For gasoline engines, since the intake airflow is relatively weak during idling, the carburetor has difficulty dispersing the fuel mist, requiring a richer mixture, which also increases fuel consumption. The hazards of idling: Under idling conditions, due to incomplete combustion in the cylinder, the exhaust contains a large amount of harmful and toxic components such as hydrocarbons, carbon monoxide, and nitrogen oxides. During the emission of these harmful and toxic components, some deposit in the cylinder. During idling, the engine oil pressure is relatively low, worsening the lubrication of moving parts. Unburned fuel washes the cylinder walls, the intake vortex is weak, and fuel combustion is incomplete, leading to the easy formation of carbon deposits. The above factors will accelerate the wear of moving parts. In addition, when the coolant temperature drops below 60 degrees, combustion byproducts in the cylinder may react chemically with water, forming acidic substances, thereby increasing cylinder corrosion.
9
2
Share

Why Does the Volkswagen Dry Dual-Clutch Make a Clanging Noise in 1st and 2nd Gears?

Because the dry dual-clutch transmission is not immersed in fluid internally, it involves mechanical collisions and friction. When passing over speed bumps, there may be metal clanging sounds. If abnormal noises occur, it is best to conduct a thorough inspection to rule out whether it is a transmission fault. If computer diagnostics and test driving exclude issues with the transmission itself, then it can be confirmed that the problem is caused by uneven surfaces due to burning spots on the clutch plates. Below are common transmission faults: 1. Oil Leakage: Oil seeping from the transmission housing or oil pan can be due to aging seals causing poor sealing or manufacturing defects leading to porosity in the housing. 2. Engine Stalling When Engaging Gear: Stalling when shifting into D or R may be caused by a damaged lock-up solenoid valve or a stuck lock-up control valve. 3. Locked Gear: Incorrect input or output signals from the transmission, or issues with components or wiring, can cause this. Sometimes, communication problems between the transmission computer and other system computers can also lead to this. 4. No Response When Engaging Gear: The vehicle does not move after shifting into D or R and releasing the brake. This is often due to damage to the input shaft or reverse clutch, or failure of the D/R brake. 5. Abnormal Noises: Unusual sounds from the transmission area while driving are usually caused by worn parts or improper installation of the transmission.
10
5
Share

Where to Check the Tire Pressure Monitoring in the Buick Excelle?

The Buick Excelle allows you to check the tire pressure monitoring on the small screen in the middle of the dashboard. Press the "MENU" button on the turn signal lever to switch the small screen to the "Vehicle Information Menu," where you can view two pages: tire pressure monitoring and overspeed alarm. It should be noted that the base model does not come with the tire pressure monitoring function. The tire pressure monitoring indicator is a yellow symbol—an irregular circle without a seal on top, with four small spikes at the bottom and an exclamation mark inside. The illumination of this indicator signifies abnormal tire pressure. Abnormal tire pressure is generally caused by one of the following three reasons: 1. Abnormal Tire Pressure: The system typically alerts when the pressure is below 1.8 bar or above 3.0 bar. In such cases, tire inspection and pressure adjustment are necessary. 2. Tire Pressure Monitoring Not Reset: If the tire pressure is not reset after inflation, the system will continue to display the previously recorded data, causing the tire pressure monitoring indicator to illuminate. Simply performing a tire pressure reset will resolve this issue. 3. Damaged Tire Pressure Sensor: The tire pressure sensor, installed inside the tire and connected to the inflation valve, monitors tire pressure. If the sensor is damaged during driving (e.g., by hitting a curb), the tire pressure warning light will turn on. In such cases, the only solution is to replace the sensor with a new one.
11
3
Share

What is the minimum ground clearance of the Audi Q7?

The minimum ground clearance of the Audi Q7 is 201mm. The Audi Q7 is a comfortable mid-to-large-sized SUV that uses a multi-link independent front suspension, skillfully integrating sportiness, functionality, high technology, and luxury quality. The following is an introduction to the minimum ground clearance: 1. The minimum ground clearance refers to the distance between the lowest protruding part of the chassis and the horizontal ground when the car is parked on a level surface under rated full load. 2. The larger the minimum ground clearance, the stronger the vehicle's ability to pass obstacles or uneven ground, but the higher the center of gravity reduces stability; the smaller the minimum ground clearance, the weaker the vehicle's ability to pass obstacles or uneven ground, but the lower center of gravity increases stability. 3. The minimum ground clearance needs to consider the passability of loading and unloading platforms during transportation and the possibility that the car will not scrape when approaching the edge of a general sidewalk.
19
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.