Here are the handling methods for long-term vehicle parking: 1. Adjust tire pressure to the upper limit, fill the fuel tank, and turn off all vehicle circuits; 2. Drain all antifreeze from the cooling system, drain the engine oil, disconnect the battery terminals after fully charging, and recharge periodically during storage; 3. Use a reliable jack to lift the vehicle, relieving pressure on the tires and suspension components. Below are the potential hazards of long-term vehicle parking: 1. Impact on tires: The vehicle's weight is borne by four tires. During long-term parking, the parts of the tires in contact with the ground will gradually deform under gravity. The longer the parking duration, the harder it is for the deformed parts to recover. If the vehicle is driven in this condition, the rolling radius of the deformed tires will become uneven, leading to tire imbalance and reduced grip. 2. Impact on electronic components: All electronic components in a vehicle require protection against water, moisture, and corrosion; otherwise, malfunctions may occur. During long-term parking, electronic components or wiring connectors are prone to moisture damage. If a strong musty smell is detected upon entering the vehicle, it is best not to power it on directly, as this could cause a short circuit. The longer the parking duration, the higher the probability of malfunctions. 3. Impact on the battery: Under normal conditions, a battery loses more than 1% of its charge every 24 hours. Parking for over three months can completely deplete the battery. When the battery charge is low, damage to the battery accelerates, reducing its capacity and lifespan, ultimately leading to premature battery failure. 4. Impact on engine oil: Generally, engine oil has a shelf life of one year. Parking accelerates the oxidation and deterioration of the oil. After oxidation, its lubricating effectiveness diminishes, and acidic substances can corrode engine components. The longer the parking duration, the more severe the deterioration.
