Description
The 4 Line 8 Axles 55 Ton Lowboy Trailer is a highly durable and versatile trailer designed for transporting heavy and oversized cargo across long distances. This lowboy trailer is engineered for stability, with a robust frame, high payload capacity, and customizable features to meet the specific needs of various industries, including construction, mining, and heavy machinery transport.
Product Overview
The 55 Ton Lowboy Trailer is a heavy-duty semi-trailer used to transport oversized, heavy loads that traditional trailers cannot handle. It features a 4 line 8 axles configuration, which provides superior stability and weight distribution, allowing it to carry up to 55 tons of equipment or machinery. The trailer is designed with a gooseneck connection to ensure flexible attachment to the tractor and reduce the turning radius for efficient transportation.
Incorporating high-strength steel and advanced suspension systems, the 55 Ton Lowboy Trailer ensures maximum load-bearing capacity and smooth transportation. Additionally, its mechanical suspension minimizes vibrations and bumps, ensuring the safety and integrity of both the trailer and the cargo.
Specifications Table of 4 Line 8 Axles 55 Ton Lowboy
Below is a detailed breakdown of the 55 Ton Lowboy Trailer specifications:
| Feature | Details |
|---|
| Model Type | 4 Line 8 Axles 55 Ton Lowboy Trailer |
| Dimensions | 17000mm x 3200mm x 1856mm (Customizable) |
| Payload Capacity | 55 Tons (Customizable) |
| Frame Material | High tensile steel Q345B, welded with Submerged-Arc welding for durability and strength |
| Main Beam | Heavy-duty, I beam design for extra durability |
| Frame Floor | 5mm thick patterned steel for durability and enhanced load support |
| King Pin | 3.5” JOST bolt-in king pin |
| Suspension | Mechanical suspension with leaf spring system for smooth transportation |
| Axles | 8 axles, 16T AN or York brand heavy-duty axles |
| Tires | 11.00R20 or 12.00R20, 24 pcs (Optional) |
| Power Station | 12kw JAC brand diesel engine for enhanced power during loading and unloading |
| Accessories | Standard toolbox and one spare tire rack |
| Braking System | ABS anti-lock braking system for enhanced safety during emergency braking |
| Landing Gear | Strong mechanical landing gear for easy parking and maintenance |
| Color | White, Yellow, Red, Blue (Customizable) |
| Electrical System | 24V system with LED lights for increased visibility |
| Painting | Anti-corrosive coating with 2 layers of paint for enhanced durability and protection against wear |
Key Features of the 55 Ton Lowboy Trailer
1. High Load Capacity
The 55 ton payload capacity allows for the transportation of large and heavy cargo, such as construction machinery, industrial equipment, transformers, and steel beams. The trailer is built to handle substantial loads while maintaining stability.
2. Robust Frame and Material
Constructed using Q345B high-tensile steel, the frame offers excellent strength and resilience. The I-beam main structure design ensures that the trailer can bear heavy loads while resisting deformation.
3. 8 Axles Configuration
The 8 axles design evenly distributes the weight of the cargo, improving balance and ensuring better control over the vehicle during transportation. This configuration is ideal for transporting oversized and heavy loads, ensuring optimal handling.
4. Flexible Gooseneck Design
The gooseneck connection allows for a more flexible and secure attachment to the tractor, reducing the turning radius, which enhances the efficiency of transportation, especially in tight spaces.
5. Advanced Suspension System
The mechanical suspension system, combined with leaf springs, offers smoother rides, reducing the impact of bumps and vibrations during transportation, which helps protect both the trailer and the cargo.
6. Safe and Reliable Braking
The ABS anti-lock braking system ensures that the trailer can stop quickly and safely in emergency situations, enhancing safety and control.
Advantages of the 55 Ton Lowboy Trailer
Heavy Duty Design: With 8 axles and high-tensile steel, the trailer offers superior durability and load-bearing capacity, ensuring that it can transport the heaviest of loads safely and securely.
Enhanced Stability: The gooseneck design lowers the center of gravity, improving stability and reducing the risk of tipping during transportation.
Customizable Features: Customers can customize the payload capacity, colors, and suspension systems to fit their specific needs and preferences.
Improved Maneuverability: The gooseneck connection reduces the turning radius, which is particularly beneficial when navigating through narrow or confined spaces.
Safety and Compliance: Equipped with ABS braking, LED lighting, and anti-corrosive coatings, the trailer meets high safety standards and is ready to tackle challenging road conditions.
Top 5 FAQs About the 55 Ton Lowboy Trailer
1. What types of cargo can the 55 Ton Lowboy Trailer transport?
The 55 Ton Lowboy Trailer is designed to transport heavy and oversized cargo, such as construction machinery, large industrial equipment, steel beams, generators, and more. It is ideal for industries that require the transportation of massive loads over long distances.
2. Can the dimensions of the trailer be customized?
Yes, the trailer dimensions can be customized to meet specific transportation needs. The standard size is 17000mm x 3200mm x 1856mm, but variations are available based on customer requirements.
3. What is the advantage of the 8 axles configuration?
The 8 axles configuration provides better weight distribution, enhancing stability and ensuring that the trailer can handle heavy loads without compromising on safety or control.
4. What is the maximum payload capacity of the trailer?
The 55 Ton Lowboy Trailer can carry up to 55 tons of cargo, although this capacity can be customized depending on customer needs.
5. How does the gooseneck design improve transportation?
The gooseneck design allows for a more flexible and secure connection to the tractor, reducing the turning radius and making the trailer easier to maneuver in tight spaces. This design improves overall transportation efficiency.
Conclusion
