Footbridge Railing

Footbridge Railing is designed for pedestrian bridges, railway or highway overpasses, elevated walkways, station connection passages and viewing corridors. It forms a continuous protective edge along areas where pedestrians walk above roads, tracks or lower ground.

Compared with a standard ground-level fence, this type of railing requires attention to fall prevention, climbing risks, wind load, bridge vibration and long-term outdoor corrosion. Common railing heights range from 1,100 to 1,400 mm. Post spacing is normally between 1,000 and 2,000 mm.

Posts can be manufactured from 60×60 to 120×120 mm square tubes or from project-specific steel sections. Available infill structures include vertical bars, steel wire mesh, perforated metal panels and laminated glass. The final configuration should be selected according to the bridge structure, public access requirements and urban landscape design.

For public pedestrian areas, the railing can use a structure with fewer horizontal footholds to reduce climbing opportunities. Panels and posts may also be divided according to bridge sections, expansion joints, corners and changes in direction.

Depending on the project drawings, the system can be coordinated with anti-throw mesh, lighting components or decorative landscape elements. These additions should be considered together with the main railing structure rather than treated as separate visual accessories.

Surface treatment options include hot-dip galvanizing, powder coating after galvanizing or a project-specified heavy-duty corrosion protection system. The selected treatment should reflect the actual outdoor environment and maintenance requirements.

A Footbridge Railing should not be evaluated only by post size or exterior appearance. Railing height, structural load, wind load, vibration conditions, foundation connections and anti-throw requirements should be confirmed by the project design team.