Is it harmful to step on the accelerator hard in a new car?
2 Answers
Stepping on the accelerator hard can cause significant damage to the car's engine. Driving on open roads: When driving on relatively open roads without traffic congestion, it is advisable to step on the accelerator hard. This is because doing so increases the engine's RPM, leading to more complete combustion of gasoline, which helps avoid carbon deposits. Carbon deposits can cause significant damage to the car's power components, so this practice can be beneficial for the car. In heavy traffic: When driving in heavy traffic, stepping on the accelerator hard will increase fuel consumption. In such situations, it is better to drive gently to minimize carbon deposits. Pay attention to fuel quality and clean carbon deposits regularly. Poor-quality gasoline can increase carbon deposits, and excessive carbon deposits can roughen the intake pipe walls, affecting air intake efficiency and the quality of the air-fuel mixture.
Stomping on the accelerator of a new car, whether done occasionally or habitually, can indeed cause damage to the vehicle. Especially during the break-in period of a new car, the internal engine components need time to adapt and work together smoothly. Aggressive acceleration subjects parts like pistons and bearings to additional frictional stress, leading to premature wear or oil system issues. I've encountered many car owners complaining about premature engine noises or sudden spikes in fuel consumption in their new cars, often rooted in frequent hard acceleration. It's advisable to avoid such driving habits for the first 1,000 kilometers, opting instead for gentle starts to allow parts to naturally break in. After the break-in period, occasional spirited driving is generally fine, but making it a long-term habit can accelerate vehicle aging and significantly increase maintenance costs. Regularly checking engine oil and transmission fluid is crucial to maintaining engine health. In summary, new cars require extra care and protection.
