Airbag Deployment in Car Accidents
When most people think of car accidents, they picture a violent collision where the vehicles get damaged and passengers are injured. However, all accidents are different. Many minor fender benders result in very little damage and no injuries. One major factor determining the severity of injuries after an accident is whether or not the airbags deploy. Airbags protect passengers in case of a severe collision accident. When an accident occurs, sensors within the vehicle detect the impact and trigger the deployment of the airbags. The airbags inflate quickly, cushioning the passengers from the impact of the steering wheel, dashboard, or other hard surfaces. While airbags can be incredibly effective at preventing serious injuries, they also come with some risks. Airbags deploy with a lot of force and can cause injuries if they come into contact with a passenger’s head or neck. Airbag inflation can cause debris to fly inside the vehicle, leading to cuts and bruises. Because airbags deploy so quickly, there is always a risk that they will fail to deploy correctly.What Happens When An Airbag Deploys?
When an airbag is deployed in a car accident, the process is fairly straightforward. The bag deploys when a sensor detects the impact of a crash, and it does so with a small explosive charge. This charge ignites a chemical mixture that quickly generates gas. That gas fills the airbag very rapidly, forcing the metal canister that houses the airbag outward into the steering wheel or dashboard. The sudden airbag deployment causes it to make a loud noise and can sometimes cause minor burns to drivers or passengers if they are close enough to the deployment.The Dangers of Not Wearing a Seatbelt with an Airbag Deployment
When an airbag is deployed in a car accident, the force can be enough to cause serious injuries or even death if the occupants are not wearing seatbelts. According to the National Highway Traffic Safety Administration (NHTSA), there were over 2,700 deaths caused by airbag deployments in 2016 alone. Most of these fatalities could have been prevented if the occupants wore seatbelts. The NHTSA estimates that over two-thirds of all fatalities caused by airbag deployments could have been avoided if everyone had been wearing seatbelts. But, why do people still fail to wear seatbelts when they know that it could save their lives? There are many reasons, but often it boils down to a simple lack of understanding about the dangers of not wearing a seatbelt during airbag deployment. Some people may believe that they are safe as long as they are sitting in the backseat. However, this is not the case. While it is true that front passenger airbags deploy with more force than those in the backseat, rear passengers are still at risk of injury or death if they do not wear seatbelts during an accident. Others may think they do not need to wear a seatbelt because they have an airbag in their car. However, this is also false. Airbags are designed to supplement seatbelts, not replace them.What Kind of Damages May be Awarded in a Florida Accident Involving Airbag Deployment?
When an airbag deploys in a car accident, it can cause severe damage to the vehicle. This damage can be cosmetic, such as dents and scratches, or more serious, such as broken windows and bent metal. In some cases, the airbag may even cause the engine to catch fire. Airbag deployment is a major factor in many car accident claims. In most cases, airbags will save lives and reduce the severity of injuries. However, there are some instances where airbags can cause serious injuries or even death. If you have been involved in a car accident where the airbags deployed, you may be entitled to compensation for your injuries. The amount of damages you may be awarded will depend on the severity of your injuries and the circumstances of the accident. Some of the damages that may be available in a Florida car accident claim involving airbag deployment include:- Medical expenses.
- Lost wages.
- Pain and suffering.
- Emotional distress.
- Property damage.
