Whether the goal is to prevent wind related motor vehicle accidents, or to limit bridge oscillation, wind barriers and MBE's are a solution that enhance safety and the aerodynamic performance of bridge structures.
Meet specified bridge requirements
Reduces wind-induced vehicle instability, improving overall traffic safety.
Contributes to reduced collision risk and reduced risk of vortex shedding or flutter during extreme wind events.
Developed to address wind-related safety and operational challenges on bridge structures, wind barriers and median barrier extensions contribute to safer traffic conditions, improved vehicle control, and long-term infrastructure performance.
Designed to reduce wind exposure and turbulence on bridges and elevated roadways.
Median Barrier Extensions integrate with approved concrete barrier systems and meet applicable crash-performance requirements.
Flexible panel heights, shape, spacing, and transparency options to address site-specific wind conditions and visibility needs.
Applicable for both new bridge projects and upgrades to existing structures.
Durable systems with minimal maintenance, increases the longevity of bridge structure
Enables engineers to tailor solutions to varying wind zones, bridge types, and corridor requirements.
Helps minimize wind-related speed restrictions, lane closures, or vehicle advisories.
Engineered noise barriers, retaining walls, and safety hardware tested for
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