CNAS Pedestrian Truss Bridge Bailey Type Platform With Large Load Capacity

CNAS Pedestrian Truss Bridge Bailey Type Platform With Large Load Capacity

Introduction of Bailey Type Trestle Bridge And Platform

The Bailey platform, also known as the Bailey bridge, is a modular, portable, and temporary bridge design that was widely used during World War II and in the post-war period.

During the construction process, the appropriate height and position of the support are determined according to the actual situation, and corresponding measures are taken to support and fix.The construction bridge generally has the characteristics of simple structure and low cost, but it should be safe and firm to meet the requirements of engineering construction and transportation.

When the land and water transportation on both sides of the bridge can not meet the construction and transportation requirements in the mountain area, the construction bridge should be built. 

Features of Bailey Type Trestle Bridge And Platform

Load-Bearing Capacity:

The Bailey platform is designed to support the weight of heavy military vehicles, tanks, artillery, and other loads.

The chesses distribute the weight across the underlying transom beams and trestle legs, preventing excessive stress on individual support members.

This load-bearing capacity enables the movement of critical military and emergency equipment over the bridge.

Applications of Bailey Type Trestle Bridge And Platform

Event Staging:

Used as a temporary platform for hosting outdoor events, such as concerts, festivals, or expositions.

Provides a stable, elevated surface for stages, seating, or other event infrastructure.

Allows for the creation of temporary bridges or walkways to improve accessibility and crowd control.

The versatility, modularity, and rapid deployment capabilities of the Bailey platform make it a valuable asset in a wide range of military, emergency, construction, and event-related applications. Its ability to support heavy loads and provide a stable, traversable surface is a key reason for its widespread historical use and continued relevance.