noun A type of suspension system used in vehicles that uses electronic controls to adjust and adapt to road conditions
adjective Describing the type of suspension system being used in the vehicle
Active suspension systems in vehicles use electronic sensors and hydraulic actuators to adjust the vehicle's suspension in real-time, providing a smoother ride and improved handling.
Active suspension technology is used in various mechanical systems to actively control vibrations, damping, and motion for optimal performance.
Active suspension systems are utilized in aircraft to reduce vibrations and improve stability during flight.
Active suspension technology is commonly used in racing vehicles to optimize traction and handling on the track.
High-performance sports cars often feature active suspension systems to enhance cornering capabilities and overall driving dynamics.
Military vehicles may incorporate active suspension systems to improve off-road capabilities and maneuverability in challenging terrain.
Off-road vehicles may benefit from active suspension systems to adjust ride height and damping settings for different driving conditions.
Active suspension is used in the automotive industry to improve ride quality, handling, and stability of vehicles.
Active suspension is utilized in high-performance racing vehicles to enhance cornering speeds and overall performance on the track.
Active suspension systems are studied and designed by mechanical engineers to optimize the performance and efficiency of suspension systems in various applications.
Active suspension technology is adapted for use in aircraft landing gear systems to improve shock absorption and stability during landings and takeoffs.
Active suspension is used in sports equipment such as running shoes to provide better cushioning and support for athletes during high-impact activities.