This is the analysis result of DIC at the airbag test. The video is shot by ACS-3 M16 Mono at 10,000fps. Measuring the degree of strain on the airbag surface can be used in the development of airbags. Learn more: https://bit.ly/3y3Orw8 | NAC Image Technology | Facebook

How to Test your Airbag Module

BANK OF KNOWLEDGE on Instagram: "1. Airbags are life-saving devices designed to protect passengers during high-speed collisions. 2. At 300 km/h (≈186 mph), the forces involved are extreme — deceleration happens in milliseconds. 3. Modern airbags deploy in 0.03 to 0.05 seconds, inflating almost instantaneously. 4. The system uses sensors and accelerometers to detect sudden deceleration or impact. 5. Once triggered, a chemical reaction generates nitrogen gas, rapidly filling the airbag. 6. The air

@future.explanation on Instagram: "A car airbag is a split-second safety system designed to reduce injury during a collision. When sensors detect sudden deceleration, the control unit triggers a chemical reaction that generates nitrogen gas, inflating the airbag in roughly 30–40 milliseconds. The bag then vents gradually, absorbing impact energy before the occupant reaches hard surfaces. Paired with seat belts, airbags dramatically lower the risk of serious injury by managing forces the human bo

@innovationtechnology511 | A car airbag works as a safety device designed to reduce injuries during a collision. When a crash occurs, impact sensors in the vehicle... | Instagram