Crash cushion systems are advanced impact attenuation devices designed to absorb collision energy and pاناrotect drivers from fixed roadside hazards such as concrete barriers, bridge piers, toll islands, and highway gore areas.

These impact attenuator systems reduce collision severity by gradually decelerating vehicles during impact while minimizing damage to both vehicles and infrastructure.

Engineered according to international crash-testing standards, crash cushions provide reliable highway safety performance in high-speed traffic environments.

How Crash Cushion Systems Improve Highway Safety

Highway crash cushions are designed to absorb and dissipate collision energy during vehicle impacts with fixed roadside hazards.

Using sliding steel beams with sliding spacers, in the event of a collision, these beams gradually slide down each other as the internal cushions of the impact attenuator systems compress without breaking.

Modern crash cushions are engineered to redirect vehicles safely away from hazards while minimizing accident severity and infrastructure damage.

The internal cushions absorb the energy of the collision and control the vehicle’s speed, reducing it to a complete stop in a matter of seconds at speeds ranging from 50 km/h to 120 km/h.