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How Does the 6-H Axle SPMT Revolutionize Ultra-Heavy Load Transportation?

In the field of high-end heavy-lift logistics, the role of a premier International Spmt Manufacturer is vital for providing the hardware necessary to move colossal structures. The Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) represents a significant leap in modular engineering. This specialized vehicle is designed to provide maximum stability and load-bearing capacity while maintaining the flexibility required for complex industrial maneuvers. By integrating high-pressure hydraulic systems with precision steering, this SPMT model ensures that even the most cumbersome loads, such as offshore platform modules or refinery vessels, can be transported with surgical precision.

Structural Integrity and Dimensional Specifications

The core of this transport solution lies in its robust frame and modular design. As a product from a leading International Spmt Manufacturer, the Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) features an effective loading platform length of 9000 mm and a standard width of 2990 mm. These dimensions are optimized for balancing heavy cargo while adhering to international shipping constraints for the transporter itself.

At its standard configuration, the loading platform height is 1165 mm. This low-profile design is essential for maintaining a low center of gravity, which is critical when moving tall or top-heavy industrial components. The wheelbase is set at 1500 mm, providing a stable foundation that distributes the immense weight across the 6-H axle configuration. Despite its high capacity, the unit vehicle self-weight (without auxiliary equipment) is kept at 24200 kg, showcasing the use of advanced high-tensile materials.

High-Capacity Axle Performance

The load-carrying capability is where the Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) truly excels. Each of the six axles is engineered to support a maximum load of 36000 kg. When broken down further, each wheel pair per axle can sustain 18000 kg. This massive capacity allows a single 6-H module to handle significant gross weights, and because it is a modular system, multiple units can be combined side-by-side or end-to-end to increase the total payload capacity.

Reliability is further enhanced by the tire and rim selection. Each axle is equipped with 8 tires, specifically the 215/75R17.5 model, mounted on 6.0-17.5 (10-hole) rims. The dual-tire arrangement, mounted side by side, ensures that ground pressure is minimized, protecting the road surface and preventing the vehicle from sinking during slow-speed operations with full loads.

Technical Data Summary

The following table provides a comprehensive overview of the technical parameters for the Self-Propelled Modular Transporter with detachable 6-H axle (SPMT), as specified by the International Spmt Manufacturer.

Category

Technical Detail

Unit/Value

Model

Self-Propelled Modular Transporter

6H-Axis

Platform Length

Effective Loading Length

9000 mm

Platform Width

Standard Width

2990 mm

Unit Weight

Self-Weight (without aux)

24200 kg

Axle Count

Total Number of Axles

6

Max Axle Load

Capacity per Axle

36000 kg

Tire Specs

Tire Size / Rim Type

215/75R17.5 / 6.0-17.5

Steering Angle

Traction & Wheel Pair Max

53°

Brake System

Control Type / Start Pressure

Dual-line / 5 bar

Working Pressure

Hydraulic System Pressure

250 bar

Max Speed

Full Load Running Speed

15 km/h

Precision Steering and Maneuverability

Maneuvering an ultra-heavy load requires more than just raw power; it requires sophisticated control systems. This Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) utilizes a full-axle hydraulic traction steering or power-assisted steering mechanism. This allows for a maximum steering angle of 53° for both the traction rod and the individual wheel pairs.

Such a high degree of articulation means the transporter can execute "carousel" turns, lateral movements (crab steering), and diagonal shifts. This is particularly useful in tight industrial environments where space is at a premium. The hydraulic system operating at 250 bar provides the force necessary to rotate the heavily loaded axles even when the vehicle is stationary, a feature that distinguishes a high-quality International Spmt Manufacturer from standard trailer builders.

Advanced Suspension and Braking Systems

Stability is maintained through a sophisticated hydraulic suspension system. The Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) supports both three-point and four-point support modes. This flexibility allows the operator to adjust the hydraulic circuits to compensate for uneven terrain, ensuring the loading platform remains level at all times. The platform has a floating height adjustment to further aid in the loading and unloading processes.

Safety is managed by a dual-line control brake system. The brake device starts at an air pressure of 5 bar, ensuring immediate response when the operator initiates a stop. For electrical reliability, the equipment operates on a standard 24v working voltage, compatible with most industrial diagnostic and control tools. Even at a minimum ground clearance of 80 mm (when the platform is at a height of 940 mm), the suspension system provides enough travel to navigate minor obstacles and slopes.

Operational Efficiency and Speed

While the primary focus of an International Spmt Manufacturer is safety and capacity, operational efficiency is not overlooked. The Self-Propelled Modular Transporter with detachable 6-H axle (SPMT) can reach a running speed of 15 km/h under full load conditions. This allows for timely transfers within ports, shipyards, or factory complexes. The approximate self-weight per wheel pair, including the axle, suspension, and tire, is approximately 850 kg, which contributes to the overall durability and ease of maintenance for the modular units.

The detachable nature of the 6-H axle allows for easier maintenance and the ability to replace or service individual segments without decommissioning the entire transport assembly. This modularity is a core requirement for modern logistics companies that need to scale their equipment according to the specific needs of each heavy-lift project.

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