Battery powered fully self-propelled modular transporter -25 tons +25 tons
This battery-powered fully self-propelled modular transporter is designed to carry overweight materials. It has two modules, each with a load capacity of 25 tons, and a total load capacity of up to 50 tons. The vehicle is powered by a high-energy-density lithium battery, which provides strong power and long battery life, and can operate efficiently over a large range. The fully self-propelled design makes the transporter highly flexible and maneuverable, and can move freely in various complex environments. The vehicle’s intelligent control system can automatically plan the best path according to the transportation task to ensure safe and efficient material handling. It is suitable for scenes that require heavy-load transportation, such as heavy industry, logistics warehousing, and port terminals.
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High load-bearing capacity: A single module can carry up to 25 tons, and the total load-bearing capacity of two modules is up to 50 tons. It is specially designed for the transportation of overweight materials to meet the needs of heavy industry and large-scale logistics.
Battery-powered: High-energy-density lithium batteries are used as the power source to provide strong and continuous power support, and support long-term continuous operation, reducing the frequency of charging.
Fully self-designed: Each module is equipped with an autonomous drive system to ensure flexible movement in various complex and narrow environments, improving the mobility and operational flexibility of the transporter.
Intelligent control system: The built-in intelligent control system can automatically plan the best transportation route and adjust the driving strategy in real time to cope with different working environments and task requirements, improving transportation efficiency and safety.
High-efficiency charging: Equipped with advanced charging technology, it supports fast charging and automatic charging functions to ensure that the equipment can quickly resume working status and reduce downtime.
Stability and safety: The design focuses on the stability of the vehicle, equipped with a variety of safety sensors and protective devices, which can monitor the environment in real time and prevent collisions, ensuring the safety of personnel and equipment during operation.
Flexible operation: The vehicle has omnidirectional movement capabilities and can perform various complex movement modes such as lateral, oblique, and in-situ rotation to adapt to different transportation tasks and environmental requirements.
Modular design: The module configuration can be adjusted and expanded as needed to support flexible application scenarios and transportation needs, improving the scalability and adaptability of the system.
