Automatically inflate when specific forces are applied to reduce impact force on occupants. The design and deployment location varies depending on the vehicle’s make, model, and year.
A woven nylon strap or other material is used to secure passengers during operation. They are designed to keep you in place while accelerating or decelerating during an accident. If seatbelt warnings are observed, make sure to adjust your seatbelt accordingly.
3. Stability Control
Antilock brakes, traction control, and brake assist. These features help the driver maintain control of the vehicle in an accident. Some cars have all three, while others have only one or two. Stability control is a front differential lock, and traction control is rear axle limited slip.
4. Vehicle Stability Control (VSC)
A system that uses the vehicle’s electronic stability control and traction control systems to help keep the car on its intended path and allows it to be controlled by the driver, or right-hand-drive vehicles have a system that can be governed by the left hand.
5. Brake Assist
Most vehicles come with standard antilock brakes and a rear proportioning sensor for stability control, but sometimes more is needed if the driver fully applies the brakes. A brake assist system enhances stability and helps reduce stopping distance. It can be found in most vehicles built from 2009 or newer.
6. Traction Control
Antilock brakes, stability control, and a rear proportioning sensor for stability control. Traction control is responsible for adjusting the engine’s torque to maintain the desired traction on slippery surfaces.
7. Seating Position Sensors
A sensor that monitors seat position and transmits information back to the central nervous system of the vehicle’s computer. Sensors detect the position of your seat and adjust the airbag accordingly, depending on whether or not a passenger is in the seat.
8. Advanced Compatibility Engineering (ACE) Body Structure
Advanced Compatibility Engineering is a design process for vehicle bodies that uses a network of connected structural elements to distribute crash energy. This process helps reduce the forces involved in an accident and decreases the risk of injury to passengers.
9. Anti-Lock Brakes (ABS)
This technology helps reduce wheel lock or skidding during a turn and when braking to prevent skidding and lockup at higher speeds.
10. Electronic Stability Control (ESC)
Also called traction control and stability control, the system is designed to help maintain a straight path and prevent a loss of control in certain driving situations. When the ESC activates, it causes the rear brakes to pump faster and apply more force to the back tires while applying less brake pressure to the front wheels. This helps keep the rear tires from spinning so you can accelerate out of the skid.
The automotive industry is highly influential and affects every aspect of our lives. Therefore, every citizen must understand how these companies affect our daily lives. The repair process is based mainly on parts and chemicals, so the industries using them constantly look for new ways to pass through inspection and become reliable car repair shops.