Bridge Girder Transporter

Factory-Direct Heavy-Duty Transport Solution for Bridge Construction

As a factory-direct manufacturer specializing in bridge construction equipment,

we design and build the Bridge Girder Transporter to handle heavy precast beams including box girders,

T-beams,U-beams,and segmental beams.
Engineered for long-distance transportation,narrow routes,complex curves,and heavy-duty construction environments,

this transporter integrates multi-axle hydraulic steering,independent suspension,

reinforced structures,and intelligent control to ensure smooth,safe,and efficient girder handling across bridge erection sites.

This model specifically supports customers searching for factory-direct beam transporters,

heavy-duty girder carriers,OEM bridge girder transport equipment,

intelligent multi-axle beam trucks,and custom girder handling vehicles.

Product Introduction

The Bridge Girder Transporter is developed for high-load and precision-controlled girder transportation in highway,railway,and municipal bridge projects.

Its heavy-duty frame,hydraulic suspension,coordinated steering,dynamic load balancing,and dual-mode control ensure exceptional stability

when hauling long and heavy girders through challenging routes.

Through intelligent load monitoring,automatic leveling,and adaptive steering,the system reduces operator workload and ensures safe,

predictable movement—ideal for contractors seeking an advanced and reliable girder transport solution.

Product Advantages

Heavy-Duty Structural Design

High-strength steel frame with reinforced torsion resistance provides long-term reliability for 120–500 ton girder missions.

Multi-Axle Hydraulic Steering

Supports coordinated steering modes:

Same-direction steering

Opposite-direction steering

Crab steering

On-the-spot rotation
Perfect for narrow job sites and complex curves.

Independent Hydraulic Suspension

Independent suspension ensures load equalization and smooth travel even with uneven roads or offset girder weights.

Dual Control Mode

Driver cabin+wireless remote control for flexible operation across different site conditions.

Customizable System

Fully customizable parameters including axle lines,platform dimensions,power pack,control mode,girder support seats,and climbing capacity.

Applications

Highway and railway girder transportation

Municipal bridge construction

Long-distance box girder and T-beam transfer

Segmental beam handling

Narrow-route bridge erection logistics

Girder yard–erection site integrated operation

Technical Specifications–Bridge Girder Transporter

What Problems Can This Transporter Solve?

Ensures stable transportation of long and heavy precast girders

Enables safe movement across narrow curves and complex access roads

Reduces transportation risk with intelligent load control

Improves girder transfer efficiency for large-scale bridge projects

Provides customized solutions for varying girder types and site layouts

Why Choose Our Factory-Direct Solution?

We control the entire manufacturing process including frame fabrication,suspension system,steering modules,and full vehicle assembly.
Each transporter undergoes full-load road simulation testing to guarantee reliability and performance tailored to real project conditions.

After-Sales Service

Remote technical guidance for operation,setup,and route planning

Video-based support for commissioning and troubleshooting

Factory video tours to confirm manufacturing quality

Continuous technical assistance for adjustments and system optimization

Long-term supply of OEM spare parts for power packs,hydraulic systems,and control units

FAQ–Bridge Girder Transporter

1.Can this transporter match different types of bridge erection machines?

Yes,we configure the support system according to girder type,span,and erection equipment.

2.Can it pass narrow turns or complex curved roads?

The multi-axle smart steering system handles S-curves,sharp bends,and narrow routes smoothly.

3.Is a dual power system necessary?

For loads above 300 tons,dual power improves reliability and safety.

4.What is the typical delivery time?

Standard models require 25–35 days;custom configurations vary by project.