A typical driver-side airbag contains approximately 50-80 g of NaN3, with the larger passenger-side airbag containing about 250 g. The driver-side airbag would contain a canister containing about 50 grams of sodium azide. The first two reactions create 4 molar equivalents of nitrogen gas, and the third converts the remaining reactants to relatively inert potassium silicate and sodium silicate. The first vehicle to come with the tri-chamber airbag installed from the factory was in 2020 (for the 2021 model year) for the Acura TLX. Meanwhile 4 year old Kiara slightly calmer than her sister, can be defiant, stubborn and can argue until she wins. Creates an economical vehicle for advertising and promotion: Promotional items like tote bags are a very inexpensive way to advertise a business, especially when compared to other methods of advertising (billboards, radio/television ads, newspaper ads, etc.) Many promotional tote bags can be purchased and screened with a business logo for less than two dollars per bag. And like their roly-poly cousins, giant isopods can roll up into a ball and use their tough outer layer as a shield. While Henry Ford didn't invent the concept of the assembly line, he pioneered the use of the moving assembly line.

From around 2000, side-impact airbags became commonplace on even low- to mid-range vehicles, such as the smaller-engined versions of the Ford Fiesta and Peugeot 206, and curtain airbags were also becoming regular features on mass-market cars. Some Volkswagen vehicles in 2022 equipped with center airbags include the ID.3 and the Golf. Most vehicles equipped with side-curtain airbags also include side-torso airbags. Rolamite and similar macro-mechanical devices were used in airbags until the mid-1990s after which they were universally replaced with MEMS. A rolamite is a mechanical device, consisting of a roller suspended within a tensioned band. In 2008, the new Toyota iQ microcar featured the first production rear-curtain shield airbag to protect the rear occupants' heads in the event of a rear-end impact. Later Toyota models such as the Yaris added the feature to the driver's seat, as well. In late 2012, General Motors with supplier Takata introduced a front center airbag; it deploys from the driver's seat. Suppliers of SRS airbags include Autoliv, Daicel, TRW, and JSS (which owns Breed, Key Safety Systems, and Takata). These airbags come in various forms (e.g., tubular, curtain, door-mounted) depending on the needs of the application. Honda hopes that the new technology will soon make its way to all vehicles.

In vehicles equipped with a rollover sensing system, accelerometers, and gyroscopes are used to sense the onset of a rollover event. With EuroNCAP updating its testing guidelines in 2020, European and Australian market vehicles increasingly use front-center airbags, rear torso airbags, and rear seat belt pre-tensioners. In a patent containing another plausible alternative to NaN3 driven airbags, the gas-generating materials involved the use of guanidine nitrate, 5-aminotetrazole, bitetrazole dihydrate, nitroimidazole, and basic copper nitrate. Nearly all the starting materials will not decompose until reaching temperatures of 500 °C or higher, so this could be a viable option as an airbag gas generator. Once the requisite threshold has been reached or exceeded, the airbag control unit will trigger the ignition of a gas generator propellant to rapidly inflate a fabric bag. International regulations are performance-based, rather than technology-based, so airbag deployment threshold is a function of overall vehicle design. In many vehicles, the curtain airbags are programmed to deploy during some/all frontal impacts to manage passenger kinetics (e.g. head hitting B-pillar on the rebound), especially in offset crashes such as the IIHS's small overlap crash test. They have a stocky build and a distinctive white body with a brown head.

Curtain airbags have been said to reduce brain injury or fatalities by up to 45% in a side impact with an SUV. If an airbag deploys too late or too slowly, the risk of occupant injury from contact with the inflating airbag may increase. An airbag must inflate quickly to be fully inflated by the time the forward-traveling occupant reaches its outer surface. The airbag's volume and the size of the vents in the bag are tailored to each vehicle type, to spread out the deceleration of (and thus force experienced by) the occupant over time and over the occupant's body, compared to a seat belt alone. Jewelry makers are exposed to bits of flying metal, chemical splatter and the sharp edges of cut wires. An igniter starts a rapid chemical reaction generating primarily nitrogen gas (N2) to fill the airbag making it deploy through the module cover. The microscopic mechanical element moves in response to rapid deceleration, and this motion causes a change in capacitance, which is detected by the electronics on the chip that then sends a signal to fire the airbag. Because airbag sensors measure deceleration, the vehicle speed is not a good indicator of whether an airbag should be deployed.