What is the 0-100 km/h acceleration time for the Accord Hybrid?

1 Answers
VivianLynn
07/29/25 9:47pm
The 0-100 km/h acceleration time for the Accord Hybrid is 7.8 seconds. The 0-100 km/h acceleration time refers to the time it takes for a vehicle to accelerate from 0 to 100 kilometers per hour, which is a direct reflection of the car's power performance. Taking the 2018 Accord Hybrid as an example, it is a midsize 4-door 5-seater sedan with the following dimensions: length of 4893 mm, width of 1862 mm, height of 1449 mm, a wheelbase of 2830 mm, and a fuel tank capacity of 56 liters. The 2018 Accord Hybrid is equipped with a 1.5T turbocharged engine and a CVT continuously variable transmission, delivering a maximum power of 143 kW and a maximum torque of 260 N·m. It features a MacPherson strut independent front suspension and a multi-link independent rear suspension.
Was this review help?
9
1
Share
More Forum Discussions

Can a Repaired Tire Be Used on Highways?

If an external patch was used, it is not recommended to drive on highways after the repair. Methods like plugging involve inserting a rubber strip into the puncture to seal it. When driving at high speeds, especially in summer, the tire temperature rises, and the internal pressure increases significantly, which can easily cause the rubber strip to be ejected, posing a serious hazard. However, if an internal patch was used, the repaired tire can be used on highways, but it is advisable to place the damaged tire on the rear axle and avoid excessive speeds or prolonged driving. Below are some relevant recommendations: Recommended repair methods: For punctures smaller than 3mm, patch repair or plugging can be used; for punctures larger than 3mm, mushroom plug or hot vulcanization repair is suitable; for punctures larger than 6mm, tire replacement is recommended; if a tire has been repaired more than four times, replacement is advised; if the sidewall is damaged, replacement is necessary. Weakest part of the tire: The sidewall is the most vulnerable area of a tire, lacking the high protective strength of the tread. The carcass ply provides structural reinforcement, so any damage to the sidewall ply significantly increases the risk of a blowout. Even durable repair methods like hot vulcanization only offer a temporary fix. The sidewall flexes and deforms during tire rotation, which can eventually cause the repair material to detach over time.
19
4
Share

How many hours after drinking can you drive on the road?

You can drive on the road at least 20 hours after drinking. Here are the details: Principle: Under normal circumstances, the human body can metabolize about 10 to 15 grams of alcohol per hour. A pound of white liquor is 500 grams, with an alcohol content of about 200 grams. Based on metabolizing 10 grams of alcohol per hour, it would take at least 20 hours. To be on the safe side, and because the body contains a large amount of alcohol, reaction ability is impaired at this time. If you force yourself to drive, it can easily lead to traffic hazards or accidents. Penalties for drunk driving: In 2021, if you drive after drinking, you will be penalized with 12 demerit points, a downgrade in license, a six-month suspension of your driving license, and a fine. If you are caught driving under the influence of alcohol again, you will be sentenced to up to 10 days of detention, fined, have your driver's license revoked, and be prohibited from obtaining a license for two years. If you drive a commercial vehicle under the influence of alcohol, you will be sentenced to 15 days of detention, fined, have your driver's license revoked, and be prohibited from obtaining a license for five years. If drunk driving causes a major traffic accident that constitutes a crime, you will be banned from driving for life.
8
2
Share

What Does Extended-Range New Energy Vehicle Mean?

Extended-range new energy vehicles refer to cars that are based on pure electric vehicles but have an added gasoline engine. The primary function of the gasoline engine is to either charge the vehicle's battery or directly power the vehicle's motor to extend the driving range. The powertrain of an extended-range electric vehicle mainly consists of four components: the power battery system, the power drive system, the range extender, and the vehicle control system. The power battery system provides energy for the motor drive system while also supplying reverse current to start the range extender engine. Typically, extended-range electric vehicles have power batteries with sufficient stored energy, so the motor is primarily powered by the battery. Within a certain driving time frame, the vehicle's driving characteristics are identical to those of a pure electric vehicle.
5
1
Share

What does front wheel toe-in mean?

Front wheel toe-in refers to the condition where the front edges of the two front wheels are closer together than the rear edges. Here are the detailed explanations: Explanation: It means the toes point inward, commonly known as "pigeon-toed," indicating that both front wheels tilt inward. The purpose of this design is to correct the outward turning of wheels caused by the aforementioned front wheel camber. As mentioned earlier, camber makes steering easier. Function: Front wheel camber tends to make the wheels turn outward, while toe-in tends to make them turn inward, which can counteract the negative effects of camber, allowing the wheels to roll straight without lateral slipping or dragging, thereby reducing tire wear.
13
0
Share

What Causes a Buzzing Noise While Driving?

Vehicle driving with a buzzing noise may be caused by excessive tire pressure, abnormal tire wear, or damaged wheel hub bearings. Here are the detailed explanations: Excessive tire pressure: Abnormal noise caused by excessive tire pressure. During daily use, the tire pressure should be adjusted within the standard range (generally 2.3bar-2.5bar). If the tire pressure is too high, it can cause severe wear on the tread area, reduce the tire's shock absorption and cushioning performance, and significantly increase tire noise. Abnormal tire wear: Abnormal noise caused by uneven tire wear. The tread area of the tire contacts and rubs against the ground. If the tread area wears unevenly and becomes uneven, it can produce a buzzing sound. Damaged wheel hub bearings: Abnormal noise caused by damaged wheel hub bearings. Worn wheel hub bearings can produce a buzzing sound, mainly due to long-term use leading to wear and looseness. During daily use, avoiding violent impacts on the wheels and prolonged driving through water can help protect the wheel hub bearings.
5
5
Share

Is the ETC for buses the same as for cars?

ETC for buses is the same as for cars. The ETC tag does not distinguish between buses and cars, but when registering the ETC tag, you can choose whether the vehicle type is a bus or a car. ETC usage precautions: The ETC transaction sensing range is 8 meters. When encountering a vehicle in front stopping, to prevent the vehicle in front from having a faulty ETC device or no ETC device at all, maintain a distance of more than 10 meters to avoid automatic sensing and paying for the vehicle in front. The speed limit for ETC lane recognition is 20km/h. If the speed is too fast, the vehicle device information cannot be read, which may also result in a failed transaction. Unauthorized removal or movement of the OBU device, or detachment or loosening of the ETC electronic tag, will cause the electronic tag to fail. It can be sent to the bank where the ETC card was issued or the highway service office for inspection. If the detachment or loosening is not due to human factors, it only needs to be reactivated. When using a debit card bound to ETC, insufficient balance may also cause a failed transaction. Follow the guidance of on-site staff to use the manual MTC lane and pass using cash or card payment. Excessive thickness of the car windshield may cause poor sensing. This is especially important for vehicles that have had their windshields replaced after an accident or for those who have modified their front windshields.
12
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.