With its modular structure, independent drive capability, and precision control systems, the SPMT transporter has become the industry standard for moving massive structures such as bridge sections, oil refinery modules, ship parts, wind turbine components, and other industrial loads in Brazil.
The ability to operate in Brazil’s confined spaces, on uneven terrain, and under high load requirements makes an indispensable tool for large-scale infrastructure, energy, and shipbuilding projects. The SPMT for sale is not just a piece of equipment, it is an engineered system designed to deliver safe, flexible, and efficient heavy transport.
Dimension: 8400mm*2430mm*1500mm
Usage: Transport heavy duty cargo
Max Payload: 180 tons
Tires: 24 units
Suspension type: Hydraulic lifting steering
Landing gear: Front and rear hydraulic support cylinder
King pin: 2.00 or 3.5 inch bolt-in king pin
TITAN sets itself apart from other manufacturers with its careful and protective packaging approach. Before shipment, every SPMT cost receives a full coating of protective wax, which is then covered with a waterproof tarpaulin.
The dual-layer protection effectively reduces the risk of corrosion and moisture damage caused by exposure to salty sea air during marine transportation. As a result, the SPMT transporter durability and appearance are well-preserved by the time it arrives at customers' locations in Brazil.
At the heart of the SPMT cost is its modular frame structure, built from high strength steel and designed to support extreme weight while allowing maximum configuration flexibility. Each module typically measures contains axle lines.
Modules can be connected longitudinally to increase load length, or side-by-side to enhance load width and capacity. The SPMT’s modularity allows Brazil operators to adapt quickly to the dimensions and weight of different cargoes without needing to invest in separate transporters.
Equally important is the hydraulic suspension system, which enables precise height adjustment and load distribution. Each axle line is equipped with hydraulic cylinders that can raise or lower independently, ensuring even weight bearing across all wheels.
The feature not only prevents damage to the cargo and roadway, but also allows the SPMT transporter to compensate for ground irregularities or pass under height-restricted structures. The suspension system enhances both safety and operational control when maneuvering in demanding conditions.
The steering system is another critical component that gives the SPMT for sale exceptional maneuverability. Unlike conventional trailers that rely on fixed steering angles, the SPMT's wheelsets are capable of 360-degree rotation.
The steering can be programmed to operate in various modes, such as all-wheel steering, crab steering, carousel rotation, or diagonal movement. The capability allows the SPMT cost to navigate tight spaces, reposition heavy loads with millimeter precision, and even rotate in place, which is essential for projects in constrained construction sites, shipyards, and offshore platforms.
Driving the motion of the SPMT for sale is the Power Pack Unit (PPU), a self-contained engine module that provides hydraulic power for all vehicle functions, including movement, steering, and lifting.
The PPU also integrates advanced control systems that enable synchronized operation across multiple modules. One PPU can control several connected SPMT units, and in large-scale operations, multiple PPUs can work in tandem to ensure redundant power and safety.
The axle line system supports the SPMT cost transport functionality and flexibility. Each axle group features multiple wheels, each capable of independent drive and steering. The number of axle lines used in a project depends on the cargo's total weight and dimensions. These axle lines are designed to distribute the load evenly, minimizing pressure on any single wheel and reducing the risk of surface damage or mechanical failure.
Crucial to overall system integration is the electronic control unit, which gives the Brazil operator full command over movement and positioning. Through a wired or wireless remote control system, the operator can adjust speed, direction, steering mode, and elevation in real time.
The software includes safety protocols, feedback loops, and error detection systems to ensure stable performance. Real-time data from sensors provides monitoring of load status, hydraulic pressure, and module alignment, essential for both safety and precision.
