Tianjiang is a heavy-duty rescue machinery system that features innovative design by adopting a combination of independent main units and application model modules. All these modules are carefully designed and developed for rapid deployment and response during emergency rescue operations. The main design core lies in its combination of independent host and application model modules, the system integrates the diversity of system emergency rescue equipment.

The system of this rescue vehicle features remote intelligent operation, detection and exploration technology, electromechanical integration interfaces, and modular integration technology system. All these features allow connection with various devices and cover various disaster relief application scenarios.

Designed by Tiebin Li, Tianjiang Rescue Machinery System is not some futuristic, impossible-to-create vehicle system. The main goal of this project was to achieve possible basic core modules and adaptable design for future emergency rescue processes. It continues to transform and expand through combination of equipment, making sure sustainable design and possibility for continuous upgrades.

Thanks to modularization, standardization, serialization, and complete set formation, Tianjiang Rescue Machinery System responds and deploys really fast. It promises complete solution from exploration to execution, these are crucial factors when it comes to emergency rescue scenarios. The base vehicle serves as the core platform, supporting rapid on-site deployment, flexible transformation, command communication, making sure efficient execution of emergency rescue. The system considers multiple possibilities and systems, trying to perfect entire disaster relief service system, thus, allowing seamless integration of equipment into overall disaster relief operation.