provides advanced crash cushion and impact attenuator systems designed to protect motorists from fixed roadside hazards by safely absorbing and dissipating vehicle impact energy. These systems are widely used on highways, urban roads, and infrastructure corridors to shield obstacles such as barrier ends, bridge piers, toll plazas, and roadway structures.
Our solutions include the supply and installation of energy-absorbing crash cushion systems engineered to reduce collision severity while maintaining controlled vehicle deceleration during impact. These systems are designed to prevent severe vehicle damage and minimize the risk of injury by managing crash forces in a predictable manner.
With extensive experience in road infrastructure systems, provides crash cushions and impact attenuators designed to comply with international highway safety standards, supporting transportation authorities and infrastructure developers across the UAE and GCC with reliable roadside protection systems.
Crash cushions are critical roadside safety devices installed in front of fixed hazards that cannot be removed from the roadway environment. By absorbing impact energy and controlling vehicle deceleration, these systems significantly reduce the severity of head-on collisions.
Modern impact attenuator systems are engineered using modular energy-absorbing components designed to progressively deform during a collision. This controlled deformation allows the vehicle to decelerate safely while preventing sudden stops that could cause severe occupant injury.
Crash cushion systems are commonly installed at locations where guardrails diverge, at barrier terminals, at gore areas between highway lanes, and in front of rigid roadside structures. Their modular construction also allows damaged components to be replaced quickly after impact, minimizing road closures and maintenance costs.
Through careful system selection, engineering support, and professional installation, delivers crash cushion solutions that enhance roadside safety and improve the performance of highway safety infrastructure.
Typical crash cushion systems supplied by include the following technical characteristics:
• Energy-absorbing modules designed to progressively dissipate impact forces
• Redirective and non-redirective system configurations depending on site conditions
• Controlled vehicle deceleration during head-on collisions
• Modular components allowing rapid repair after impact
• Hot-dip galvanized steel components for corrosion resistance and durability
• Adaptable installation for medians, gore areas, and roadside hazards
• High durability suitable for high-speed highway environments
Crash cushion systems supplied by are designed and tested according to internationally recognized highway safety standards commonly used in major infrastructure projects:
• AASHTO Roadside Design Guide
• NCHRP Report 350 crash testing criteria
• MASH (Manual for Assessing Safety Hardware) performance standards
• Test Level TL-2 and TL-3 classifications
These standards ensure crash cushions provide reliable impact energy absorption and safe vehicle deceleration during high-speed collisions.
Crash Cushion & Impact Attenuator Systems
• Redirective crash cushion systems
• Non-redirective crash cushions
• Median crash attenuators
• Gore area protection systems
• Fixed hazard protection systems
• Replacement modules and repair components
