What is the maximum speed at which an airbag can deploy?

What is the maximum speed at which an airbag can deploy?

• A. 150 mph
• B. 200 mph
• C. 250 mph
• D. 300 mph

Answer: (B)

Airbags are designed to deploy in a fraction of a second during a collision to protect the occupants of a vehicle. The maximum speed at which an airbag can deploy is typically around 200 mph. This deployment speed is calibrated to provide optimal protection in high-impact situations, as it allows the airbag to inflate quickly enough to cushion the occupants upon impact. The effectiveness of airbag deployment at this speed ensures that it can absorb a significant amount of kinetic energy, reducing the risk of injury during an accident. The speeds mentioned in the other options exceed the typical deployment speed and are not representative of the design specifications for airbags. High speeds beyond this range would not result in effective deployment and could potentially compromise passenger safety. Therefore, the correct answer effectively reflects the engineering and safety standards associated with airbag deployment.

Airbags are designed to deploy in a fraction of a second during a collision to protect the occupants of a vehicle. The maximum speed at which an airbag can deploy is typically around 200 mph. This deployment speed is calibrated to provide optimal protection in high-impact situations, as it allows the airbag to inflate quickly enough to cushion the occupants upon impact. The effectiveness of airbag deployment at this speed ensures that it can absorb a significant amount of kinetic energy, reducing the risk of injury during an accident.

The speeds mentioned in the other options exceed the typical deployment speed and are not representative of the design specifications for airbags. High speeds beyond this range would not result in effective deployment and could potentially compromise passenger safety. Therefore, the correct answer effectively reflects the engineering and safety standards associated with airbag deployment.