Description

The Goldhofer Module Trailers are engineered for professional heavy haul transportation where maximum flexibility, load capacity, and precision control are required. With a modular design concept, these trailers can be configured with different axle lines, deck combinations, and accessories to transport a wide range of oversized cargo.

Built with high-strength materials and advanced hydraulic technology, the modular trailers provide excellent durability, stability, and performance under demanding transport conditions. The hydraulic suspension system ensures optimal load distribution, adjustable deck height, and improved ground pressure management, allowing safe movement of heavy components over various terrains.

The flexible modular configuration enables the trailer to be extended or combined according to specific cargo dimensions and weight requirements. Advanced steering systems provide excellent maneuverability, allowing operators to navigate narrow roads, sharp turns, construction areas, and challenging transport routes.

The Goldhofer Module Trailers are suitable for transporting wind turbine components, transformers, bridge sections, industrial machinery, generators, construction equipment, and other oversized heavy cargo. They can be customized with hydraulic goosenecks, power packs, side beams, turntables, and other accessories for specialized transport applications.

Widely used in heavy haul logistics, wind energy projects, infrastructure construction, shipyard operations, and industrial transportation, Goldhofer modular trailers provide a reliable, flexible, and efficient solution for moving the world’s largest and heaviest loads.

Key Features

• Advanced modular trailer design for heavy transport
• Flexible axle line combinations and configurations
• Hydraulic suspension for load balance and stability
• High-strength frame construction
• Precise hydraulic steering system
• Suitable for oversized and ultra-heavy cargo
• Customizable with goosenecks and accessories
• Excellent maneuverability on complex routes
• Reliable performance for long-distance transportation
• Ideal for wind energy, infrastructure, and industrial pro