Vehicle Restraint Systems
VRS products provide steel safety systems for roads and bridges, managing impact, guiding movement, and supporting safe traffic flow. The portfolio spans permanent and temporary solutions, with designs focused on performance, efficiency, and reliable protection.
Guardrails
Steel guardrails provide a reliable safety barrier along roads, highways, and industrial areas. Designed to absorb impact and prevent vehicles from entering hazardous areas, they combine weight- and performance-optimised engineering with one of the widest portfolios available. This supports safe and efficient use across varied road environments.
Vehicle parapets
Steel vehicle parapets form a protective boundary along bridge edges for motorists, cyclists, and pedestrians. Their construction helps prevent vehicles from leaving the structure in case of loss of control. With designs optimised for weight and performance and access to one of the widest portfolios, they fit a broad range of bridge conditions.
Pedestrian parapets
Pedestrian parapets protect users on bridges and elevated walkways by creating a stable barrier and guiding movement along the route. Their function is supported by design-optimised solutions that ensure dependable performance in both urban and transport environments.
Terminals
End terminals safely manage vehicle impacts at the start and end of guardrail systems. By absorbing and redirecting energy, they help reduce the risk of severe injury or damage. Their cost-competitive design supports effective system completion without compromising core safety function.
Crash cushions
Crash cushions lower collision severity at barrier ends or in front of fixed objects by absorbing impact energy. Their pre-cast construction supports easy installation while meeting ASI A performance requirements, making them suitable for high-risk locations where dependable protection is needed.
Adjustable barriers
Adjustable steel barriers enable quick opening, closing, or redirection of lanes in areas with changing traffic needs. Their cost-competitive and well-established design supports reliable operation in construction zones, events, or other temporary traffic arrangements.