1435mm Gauge Railway Special Wagon 70 Degree Construction Track Laying Vehicle

Our specialized Track-Laying Vehicle is engineered to streamline railway construction and maintenance operations, combining robust design with advanced functionality to lay new rails and recycle old rails with exceptional efficiency. Built for reliability and safety, this vehicle is an essential asset for modern rail infrastructure projects, delivering accelerated construction timelines and secure operational performance.

The vehicle integrates a bogie, car body, movable arm, drive roller mechanism, braking device, and hook-releasing device into a cohesive system optimized for rail handling:

• Dual Functionality: Performs both new rail laying and old rail recycling, reducing the need for multiple specialized machines.
• Operational Efficiency: Delivers high laying efficiency to shorten construction periods, minimizing project downtime and costs.
• Safety & Stability: Features comprehensive safety protection systems and stable, reliable operation, even in demanding construction environments.
• Maneuverability: The movable arm offers a 70° steering angle, enabling precise positioning and flexible operation in tight construction layouts.

1. What are the primary functions of this Track-Laying Vehicle?

   This vehicle is designed to perform two core tasks: laying new railway rails and recycling old, decommissioned rails, making it a versatile solution for both new construction and maintenance projects.

2. What key advantages does this vehicle offer for railway construction?

   It provides high laying efficiency to reduce project timelines, robust safety protection for workers and equipment, and stable, reliable operation to ensure consistent performance across diverse site conditions.

3. What is the maximum steering angle of the movable arm, and why is this important?

   The movable arm has a maximum steering angle of 70°, which allows for precise positioning of rails and enhanced maneuverability in constrained construction areas, improving operational flexibility and accuracy.