What Level of Wind Can Move a Car?

[OJake]

Different cars have varying abilities to withstand typhoons, with most vehicles able to endure wind levels between 12 and 14. Resistance Capacity: Different parts of the same car have different typhoon resistance levels. The car body's sheet metal is much stronger against typhoons compared to the windshield and side windows. Generally, a car's sheet metal can withstand typhoons above level 18, while the windows may crack at level 15. When typhoon winds reach level 15 or higher, the car can be blown away, and an 18-level typhoon can lift the car into the air, causing it to tumble. Recommendations: Taking a sedan as an example, a stationary car can typically withstand a level 14 typhoon, while a moving car may lose control in a level 12 typhoon. Therefore, it is best to avoid driving during a typhoon. Precautions: During a typhoon, it is advisable to park the car in an underground garage. If a garage is not available, park the car in an open area with a clear view. Avoid parking under billboards, trees, or temporary structures.

[DeGarrett]

As someone who frequently deals with extreme weather accidents, I've witnessed numerous incidents of wind damage to vehicles. Generally, winds need to reach level 12 or above to move an ordinary small car, as cars typically weigh one to two tons and require substantial wind pressure to be displaced. I recall one typhoon with wind speeds exceeding 120 km/h, equivalent to a level 14 wind, which caused parked cars on the street to slide sideways several meters. Smaller cars are more susceptible. During normal driving, winds of level 8-9 might only cause slight shaking, but it takes hurricane-level winds to actually move a car. I recommend avoiding travel during high winds and parking cars in indoor garages to minimize risks. Factors like vehicle weight, wind angle, and road conditions also play a role—empty cars or those parked on slopes are more easily moved.

[LeAriel]

I have some basic knowledge of physics. The ability of wind to move an object depends on wind pressure and the object's weight. A typical small car weighs between 1,000 to 1,500 kilograms. When wind reaches level 12 on the Beaufort scale, with speeds exceeding 120 kilometers per hour, the resulting wind pressure can potentially push it. At lower levels, such as level 10 winds, the car may shake but not necessarily move. Aerodynamics also plays a role, as cars with poor streamlining are more prone to shaking. In real-world scenarios, there are numerous incidents of cars being blown away during severe typhoons, reminding everyone to park in flat, wind-sheltered areas. I recommend staying informed about local wind warnings, as safe driving is more important than repairing your vehicle afterwards.

[HaileyMarie]

As an average car owner, I often pay attention to how weather affects my vehicle. It's common for strong winds to make driving unstable, but it takes winds above level 12, like those in a typhoon, to actually move an entire car. From personal experience, cars start shaking at around level 10 winds but don't move; risks increase significantly above level 11. Lighter microcars are more susceptible to issues. Parking location also matters—avoid open areas during windy days. Simply put, winds need to exceed 100 km/h to push a car, but it's best to check weather forecasts in advance and avoid stormy days. This way, you protect both your car and your safety.